11th Class Physics MCQS Measurements Online Test 2

3-cp-3-e-3-cspan-style-3-d-22-font-size-3-a-12-0-pt-22-3-e-the-appearance-of-colors-in-thin-films-is-due-to-3-a-3-c-2-fspan-3-e-3-c-2-fp-3-e_-_3-cp-3-e-3-cspan-style-3-d-22-font-size-3-a-12-0-pt-22-3-e-interference-3-c-2-fspan-3-e-3-c-2-fp-3-e,3-cp-3-e-3-cspan-style-3-d-22-font-size-3-a-12-0-pt-22-3-e-when-a-body-is-moving-in-circle-of-radius-r-with-constant-linear-speed-v-its-centripetal-force-is-3-a-3-c-2-fspan-3-e-3-c-2-fp-3-e_-_3-cp-3-e-3-cspan-style-3-d-22-font-size-3-a-12-0-pt-22-3-e-3-cspan-style-3-d-22-color-3-ablack-22-3-emv-3-csup-3-e-2-3-c-2-fsup-3-e-2-fr-3-c-2-fspan-3-e-3-c-2-fspan-3-e-3-c-2-fp-3-e,3-cp-3-e-moment-of-inertia-is-measured-in-3-a-3-c-2-fp-3-e_-_3-cp-3-ekg-m-3-csup-3-e-2-3-c-2-fsup-3-e-3-c-2-fp-3-e,3-cp-3-e-orbital-velocity-near-surface-of-earth-is-given-by-5-c-5-c-3-a-3-c-2-fp-3-e_-_3-cp-3-e-3-cspan-class-3-d-27-5-c-5-c-22-math-tex-5-c-5-c-22-27-3-e-5-c-5-c-5-c-5-c-28-5-c-5-c-5-c-5-csqrt-7-bg-r-7-d-5-c-5-c-5-c-5-c-29-3-c-2-fspan-3-e-3-c-2-fp-3-e,3-cp-3-e-original-sources-of-energy-for-biomass-is-3-a-3-c-2-fp-3-e_-_3-cp-3-e-sun-3-c-2-fp-3-e,3-cp-3-e-the-scalar-product-of-two-vectors-a-and-b-at-an-angle-ce-b-8-with-each-other-is-3-a-3-c-2-fp-3-e_-_3-cp-3-ea-bcos-ce-b-8-3-c-2-fp-3-e,3-cp-3-e-when-a-body-moves-in-a-circle-2-c-the-angle-between-linear-velocity-27-v-27-and-angular-velocity-27-3-cspan-class-3-d-22-math-tex-22-3-e-5-c-5-c-28-5-c-5-comega-5-c-5-c-29-3-c-2-fspan-3-e-27-is-3-a-3-c-2-fp-3-e_-_3-cp-3-e-90-3-csup-3-eo-3-c-2-fsup-3-e-3-c-2-fp-3-e,3-cp-3-ea-body-will-be-in-rotational-equilibrium-if-3-a-3-c-2-fp-3-e_-_3-cp-3-e-3-cspan-class-3-d-22-math-tex-22-3-e-5-c-5-c-28-5-c-5-csum-5-c-5-ctau-3-d-0-5-c-5-c-29-3-c-2-fspan-3-e-3-c-2-fp-3-e,3-cp-style-3-d-22-margin-right-3-a-0-in-3-b-text-align-3-ajustify-22-3-e-3-cspan-style-3-d-22-font-size-3-a-11-pt-22-3-e-3-cspan-style-3-d-22-font-family-3-a-tahoma-2-csans-serif-22-3-e-area-under-force-displacement-graph-gives-3-a-3-c-2-fspan-3-e-3-c-2-fspan-3-e-3-c-2-fp-3-e_-_3-cp-3-e-3-cspan-style-3-d-22-font-size-3-a-11-0-pt-22-3-e-3-cspan-style-3-d-27-font-family-3-a-22-tahoma-22-2-c-22-sans-serif-22-27-3-e-work-done-3-c-2-fspan-3-e-3-c-2-fspan-3-e-3-c-2-fp-3-e,3-cp-style-3-d-22-margin-right-3-a-0-in-3-b-text-align-3-ajustify-22-3-e-3-cspan-style-3-d-22-font-size-3-a-11-pt-22-3-e-3-cspan-style-3-d-22-font-family-3-a-tahoma-2-csans-serif-22-3-e-when-all-systems-are-taken-together-as-the-universe-2-c-the-entropy-of-universe-always-3-a-3-c-2-fspan-3-e-3-c-2-fspan-3-e-3-c-2-fp-3-e_-_3-cp-style-3-d-22-margin-right-3-a-0-in-3-b-text-align-3-aleft-22-3-e-3-cspan-style-3-d-22-font-size-3-a-11-pt-22-3-e-3-cspan-style-3-d-22-font-family-3-a-tahoma-2-csans-serif-22-3-e-increase-3-c-2-fspan-3-e-3-c-2-fspan-3-e-3-c-2-fp-3-e,3-cp-style-3-d-22-text-align-3-ajustify-22-3-e-which-one-of-the-following-is-the-correct-record-for-the-diameter-of-wire-when-measured-with-a-screw-gauge-of-least-count-of-0-001-cm-3-f-3-c-2-fp-3-e_-_3-cp-3-e-2-312-cm-3-c-2-fp-3-e,5-bm-3-csup-3-e-0-3-c-2-fsup-3-el-3-csup-3-e-0-3-c-2-fsup-3-et-3-csup-3-e-1-3-c-2-fsup-3-e-5-d-26-nbsp-3-brefer-to-quantity-3-a_-_frequency,5-c-28-5-blt-5-e-7-b-2-7-d-5-d-5-c-29-26-nbsp-3-bis-dimensional-formula-for-3-a_-_acceleration,a-light-year-is-the-distance-light-travels-in-one-year-how-many-meters-are-there-in-one-light-year-3-f_-_9-5-x-10-3-csup-3-e-15-3-c-2-fsup-3-e-m,a-measurement-taken-by-vernier-calliper-with-least-count-as-0-01-cm-is-recorded-as-0-45-cm-2-c-it-has-fractional-uncertainity-3-a_-_0-02,a-precise-measurement-is-the-one-which-has-3-a_-_less-precision,a-set-of-supplementary-units-is_-_radian-and-steradian,absolute-uncertainty-in-a-measuring-instrument-is-equal-to-3-a_-_least-count,an-example-of-base-quantity-is-3-a_-_length,at-present-time-2-c-how-many-frontiers-of-fundamental-science-are-3-a_-_three,zero-error-of-the-instrument-is-a-type-of-3-a_-_systematic-error