Question

♡♡Physics ♡♡

☆Derive the expression for centripetal force and define it . ​

Answer 1

Answer:

Derive an expression for the centripetal acceleration of a particle moving with uniform speed 'v' along a circular path of radius 'r'. ... rate of change of tangential velocity is called as the centripetal acceleration.

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Answer 2

You will learn about the derivation of centripetal force in higher classes (XI) which incorporates a mathematical tool called 'Vectors'. Meanwhile, if you are really curious to know you may refer to the following.

You will learn about the derivation of centripetal force in higher classes (XI) which incorporates a mathematical tool called 'Vectors'. Meanwhile, if you are really curious to know you may refer to the following.Acceleration acting on the object undergoing uniform circular motion is called centripetal acceleration.

You will learn about the derivation of centripetal force in higher classes (XI) which incorporates a mathematical tool called 'Vectors'. Meanwhile, if you are really curious to know you may refer to the following.Acceleration acting on the object undergoing uniform circular motion is called centripetal acceleration.Consider a particle of mass m, moving with a constant speed v and uniform angular velocity ω.