Find out the angular velocity of the pulley of mass 6 kg and

Last updated: 6/5/2023

Find out the angular velocity of the pulley of mass 6 kg and radius 1 m at the instant the block B stirkes the ground MA 2kg MB 5kg H 2m H 6m A H 2 m 1 B H 6 m 2 7 rad s 9 1 9 rad s 3 6 rad s 4 3 rad s If two rigid bodies with ratio of the masses 3 1 have same rotational kinetic energies if the ratio of their radius of gyration is 1 3 then the ratio of their angular velocities will be 1 1 27 2 1 3 3 9 1 4 3 1 Two rigid bodies rotating with sam velocities are brought to rest by the same torque then the correct sta 1 The rigid body with higher m inertia will take less time to cc 10 2 The angular displacement o body with lower moment of be higher 3 More work needs to be don stop the rigid body of highe inertia 4 None of the A fly wheel with moment o m is rotating about its ax velocity of 4 rad s then find of revolutions taken by t coming to rest if a retardi Nm is acting on it 1 32 2 8 3