A chain of mass M and radius R placed on a smooth table is revolving with v about a vertical axis coinciding with the symmetry axis of the chain. Find tension in the chain.(A) \(\frac{Mv^2}{2R}\)(B) \(\frac{Mv^2}{R}\)(C) \(\frac{Mv^2}{2\pi R}\) (D) \(\frac{3Mv^2}{2R}\)

A chain of mass M and radius R placed on a smooth table is revolving w

1.	A chain of mass M and radius R placed on a smooth table is revolving with v about a vertical axis coinciding with the symmetry axis of the chain. Find tension in the chain.(A) \(\frac{Mv^2}{2R}\)(B) \(\frac{Mv^2}{R}\)(C) \(\frac{Mv^2}{2\pi R}\) (D) \(\frac{3Mv^2}{2R}\)
Answer» Answer is (C) \(\frac{Mv^2}{2\pi R}\)

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A chain of mass M and radius R placed on a smooth table is revolving with v about a vertical axis coinciding with the symmetry axis of the chain. Find tension in the chain.(A) \(\frac{Mv^2}{2R}\)(B) \(\frac{Mv^2}{R}\)(C) \(\frac{Mv^2}{2\pi R}\) (D) \(\frac{3Mv^2}{2R}\)

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