Figure shows a body of mass m moving with a uniform speed v along a circle of radius r . The change in velocity in going from A to B is

Figure below shows a body of mass M moving with the uniform speed on a circular path of radius, R . What is the change in acceleration in going from P_(1) to P_(2)

Does the velocity of an object moving with a uniform speed along a circular path change ?

If a body is moving with a uniform speed v in a circle of radius r , then the angular acceleration of the body will be

If a body is moving with a uniform speed v in a circle of radius 'r', then the angular acceleration of the body will be

Centripetal force (F) on a body of mass (m) moving with uniform speed (v) in a circle of radius (r ) depends upon m, v and r. The formula for the centripetal force using theory of dimensons.

A particle is moving with uniform speed 0.5 m//s along a circle of radius 1m then the angular velocity of particle is (in rad s^(-1) )

A particle is moving in a circle of radius r having centre at O with a constant speed v . The magnitude of change in velocity in moving from A to B is