Physics, asked by sukhmannat07, 6 months ago

Suppose a body of mass M and radius R is allowed to roll on an inclined plane with out slip from its topmost point A. The velocity acquired by the body, as it reaches the bottom of inclined plane, is given by :(β=1+MR21, I is moment of inertia about its axis of rotation )

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Answered by adarshkumar6456

Answer:

M mass and radius R is allowed to roll on an inclined plane with out slip from its topmost point A . The velocity acquired by the body, as it reaches the bottom of inclined plane, is given by : (β = 1 + 1MR2 , I is moment of inertia about its axis of rotation )

answer is root under2gh/bita

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