A body of mass ' m ' and radius of gyration ' K ' has an angular momentum L. Its angular velocity is (a) K²mL (b) mK² L (c) mK²L (d) LmK²

Answer: (d). I = mK² and L = Iω. ω = L/I = L/mK² So the answer is (d).

A body of mass ' m ' and radius of gyration ' K ' has an angular… | MHT CET 2021 (24 Sep, Shift 1)

Q46MHT CET 2021 · 24 SEP · SHIFT 1Easy

Angular Momentum & its Conservation

A body of mass ' $\mathrm{m}$ ' and radius of gyration ' $\mathrm{K}$ ' has an angular momentum $\mathrm{L}$ . Its angular velocity is

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Answer: (d)

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