A particle revolves round a circular path. The acceleration of the particle is

For a particle revolving in a circular path, the acceleration of the particle is

For a particle revolving in a circular path, the acceleration of the particle is

A particle revolves round a circular path.The centripetal acceleration of the particle is inversely proportional to:

For a particle, revolving in a circle with speed, the acceleration of the particle is (a) along the tangent

A particle revolves round a circular path with uniform speed. The acceleration of the particle is

A particle is moving around a circular path with uniform angular speed (x) . The radius of the circular path is (r). The acceleration of the particle is:

A particle is moving around a circular path with uniform angular speed (x) . The radius of the circular path is (r). The acceleration of the particle is:

A particle revolves round a circular path with a constant speed. (i) the velecity of the particle is along the tangent. (ii) the acceleration of the particle of the particle is always towards center. (iii) the magnetic of acceleration is constant. (iv) The work done by the centripetal force is always zero.