11th Class Physics MCQS Oscillation Online Test 2

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-27-font-family-3-a-22-calibri-22-2-c-22-sans-serif-22-27-3-e-3-cspan-style-3-d-22-color-3-ablack-22-3-e-the-time-period-of-mass-attached-to-the-end-of-spring-is-3-a-3-c-2-fspan-3-e-3-c-2-fspan-3-e-3-c-2-fspan-3-e-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-282-5-c-5-c-2-c-5-c-5-cpi-5-c-5-csqrt-7-bm-5-c-5-cover-k-7-d-5-c-5-c-29-3-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-an-absolute-scale-of-temperature-c-2-a-0-was-first-produced-by-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-11-pt-22-3-e-3-cspan-style-3-d-22-font-family-3-a-calibri-2-csans-serif-22-3-e-3-cspan-style-3-d-22-font-size-3-a-12-0-pt-22-3-e-kelvin-3-c-2-fspan-3-e-3-c-2-fspan-3-e-3-c-2-fspan-3-e-3-c-2-fp-3-e,3-cp-3-e-an-ideal-reversible-heat-engine-has-3-a-3-c-2-fp-3-e_-_3-cp-3-e-100-25-efficiency-3-c-2-fp-3-e,3-cp-3-e-angular-momentum-of-a-rigid-body-is-given-by-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-i-5-c-5-comega-5-c-5-c-29-3-c-2-fspan-3-e-3-c-2-fp-3-e,3-cp-3-e-heat-is-form-of-3-a-3-c-2-fp-3-e_-_3-cp-3-e-energy-3-c-2-fp-3-e,3-cp-3-e-the-dimension-of-velocity-are-3-a-3-c-2-fp-3-e_-_3-cp-3-elt-3-csup-3-e-1-3-c-2-fsup-3-e-3-c-2-fp-3-e,3-cp-3-e-the-force-which-produce-an-acceleration-of-1-ms-3-csup-3-e-2-3-c-2-fsup-3-e-in-a-body-of-mass-1-kg-is-equal-to-3-a-3-c-2-fp-3-e_-_3-cp-3-eone-newton-3-c-2-fp-3-e,3-cp-3-e-the-percentage-uncertainty-in-radius-of-a-sphere-is-2-25-the-total-percentage-uncertainty-in-the-volume-c-2-a-0-of-sphere-is-3-a-3-c-2-fp-3-e_-_3-cp-3-e-6-25-3-c-2-fp-3-e,3-cp-3-e-to-improve-the-jumping-record-2-c-a-long-jumper-should-jump-at-an-angle-of-3-a-3-c-2-fp-3-e_-_3-cp-3-e-45-3-csup-3-eo-3-c-2-fsup-3-e-3-c-2-fp-3-e,3-cp-style-3-d-22-text-align-3-ajustify-22-3-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-arial-22-2-c-22-sans-serif-22-27-3-e-which-electromagnetic-wave-is-used-for-the-satellite-communication-system-3-f-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-arial-22-2-c-22-sans-serif-22-27-3-e-c-2-a-0-einstein-e-2-80-99-s-3-c-2-fspan-3-e-3-c-2-fspan-3-e-3-c-2-fp-3-e,5-c-28-5-csqrt-7-bl-5-cover-g-7-d-5-c-29-26-nbsp-3-band-5-c-28-5-csqrt-7-bm-5-cover-k-7-d-5-c-29-26-nbsp-3-bhas-same-3-a_-_units,a-particle-execute-shm-of-amplitude-a-potential-energy-is-maxium-when-the-displacement-is-3-a_-_5-c-28-5-cpm-a-5-c-29,a-phenomenon-by-which-energy-is-dissipated-from-the-oscillating-system-is-called-3-a_-_damping,a-quantity-which-indicates-the-state-and-direction-of-a-vibrating-body-is-known-as-3-a_-_amplitude,a-simple-pendulum-is-completing-20-vibration-in-5-seconds-2-c-its-frequency-is-3-a_-_4-hz,a-spring-has-a-spring-constant-k-if-it-is-cut-in-two-equal-parts-2-c-the-spring-constant-of-each-part-will-be-3-a_-_2-k,a-spring-of-spring-constant-5-c-28-0-crac-7-b-10-n-7-d-7-bm-7-d-5-c-29-26-nbsp-3-bafter-loading-the-amplitude-is-2-m-then-the-maximum-p-e-is-3-a_-_20-j,acceleration-of-a-pendulum-of-length-3-cem-3-e-5-c-28-l-5-c-29-3-c-2-fem-3-e-3-d-1-m-and-displacement-of-5-cm-having-s-h-m-is-3-a_-_0-49-m-2-fs-3-csup-3-e-2-3-c-2-fsup-3-e,at-resonance-2-c-the-transfer-of-energy-is-3-a_-_maximum,base-units-of-spring-constant-is-3-a_-_kg-s-3-csup-3-e-2-3-c-2-fsup-3-e,tuning-of-radio-is-example-of-3-a_-_electrical-resonance,when-the-bob-of-simple-pendulum-is-at-extreme-position-2-c-it-has-3-a_-_p-e,while-deriving-the-equation-of-time-period-for-simple-pendulum-which-should-be-kept-small-3-a_-_amplitude