rotational-motion

Question: In the above problem the angular velocity of the cylinder, after the masses fall down through distance h, will be

1) $\frac{1}{R}\sqrt{8mgh/(M+4m)}$

2) $\frac{1}{R}\sqrt{8mgh/(M+m)}$

3) $\frac{1}{R}\sqrt{mgh/(M+m)}$

4) $\frac{1}{R}\sqrt{8mgh/(M+2m)}$

Solution:

Explanation: No Explanation

connected mass

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