11th Class Physics MCQS Rotational and Circular Motion Online Test 09

the-height-of-the-geostationary-satellite-above-the-equator-is-3-a_-_36000-km,the-largest-satellite-system-is-managed-by-3-a_-_126-countries,the-linear-velocity-of-a-disc-moving-down-an-incline-plane-is-3-a_-_5-c-28-5-csqrt-7-b-0-crac-7-b-4-7-d-7-b-3-7-dgh-7-d-5-c-29,the-magnitude-of-centripetal-force-on-a-mass-22-m-22-moving-with-angular-speed-22-5-c-28-5-comega-5-c-29-22-in-a-circle-of-radius-22-r-22-is-3-a_-_5-c-28-mr-5-comega-5-e-2-5-c-29,the-magnitude-of-centripetal-force-on-a-mass-27-m-27-moving-with-angular-speed-27-cf-89-27-in-a-circle-of-radius-27-r-27-is-3-a_-_3-cimg-src-3-d-22-2-fimages-2-fmcqs-2-f-11th-2-fphy-2-f-11th-phy-ch-05-023-02-png-22-3-e,the-mass-of-earth-is-equal-to-3-a_-_6-c-3-97-10-3-csup-3-e-24-3-c-2-fsup-3-e-kg,the-maximum-velocity-necessary-to-put-a-satellite-into-orbit-is-3-a_-_7-9-26-nbsp-3-bkms-3-csup-3-e-1-3-c-2-fsup-3-e,the-min-number-of-communication-satellites-required-to-cover-whole-earth-is-3-a_-_3,the-minimum-number-of-communication-satellites-required-to-cover-whole-earth-is-3-a_-_3,the-minimum-number-of-correctly-positioned-communication-satellites-to-cover-whole-populated-earth-is-3-a_-_3,the-moment-of-inertia-for-a-cylinder-is-3-a_-_5-c-28-7-b-1-5-cover-2-7-dmr-5-e-2-5-c-29,the-moment-of-inertia-of-10-kg-hoop-about-the-axis-of-rotation-perpendicular-to-its-plane-26-nbsp-3-b-having-radius-5-m-is-3-a_-_250-kgm-3-csup-3-e-2-3-c-2-fsup-3-e,the-motion-of-a-body-moving-along-a-circular-path-is-called-3-a_-_angular-motion,the-mud-flies-the-tyre-of-a-moving-bicycle-in-the-direction-of-3-a_-_tangent-to-the-tyre,the-period-of-circular-motion-is-given-by-3-a_-_5-c-28-t-3-d-7-b-2-5-c-2-c-5-cpi-5-cover-5-c-2-c-5-comega-7-d-5-c-29,the-period-of-revolution-of-a-geostationary-satellite-is-3-a_-_1-day,the-product-of-rotational-inertia-26-nbsp-3-b-22-i-22-and-angular-velocity-22-5-c-28-5-comega-5-c-29-22-is-equal-to-3-a_-_angular-momentum,the-rate-of-change-of-angular-momentum-of-a-body-is-3-a_-_the-applied-torque,the-rate-of-change-of-angular-velocity-is-called-3-a_-_angular-acceleration,the-rate-of-change-of-linear-momentum-of-a-body-is-equal-to-3-a_-_the-applied-force