NEET Class neet Answered
what happen to the kinetic energy when moment of inertia is double in rotetional motion
Asked by asnjewelleryworks | 20 Apr, 2019, 09:46: PM
Expert Answer
Let I0 and ω0 be the initial moment of inertia and initial angular velocity respectively.
when moment of inertia is doubled, due to conservation of angular momentum, angular velocity is halved.
hence final kinetic energy = 2 I0 × (ω0 /2)2 = (1/2) I0 ω02 = half of initial kinetic energy
Answered by Thiyagarajan K | 20 Apr, 2019, 10:08: PM
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