Physics, asked by naziya63, 1 year ago

A body of mass m performs uniform circular motion along circular path of radius r with velocity v .big the angular momentum is L then centripetal force of action it is.

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Answered by muhammedjaffersadik9

Answer:

Explanation:

If its angular momentum is l , then the centripetal force acting on it is. ... uniform circular motion along a circular path of radius r with a velocity v.

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A body of mass m performs uniform circular motion along circular path of radius r with velocity v .big the angular momentum is L then centripetal force of action it is.​

Answers

A body of mass m performs uniform circular motion along circular path of radius r with velocity v .big the angular momentum is L then centripetal force of action it is.