A particle moves with constant angular velocity in circular path of certain radius and is acted upon by a certain centripetal force F . If the angular velocity is doubled, keeping radius the same, the new force will be

A particle moves with a constant angular velocity in circular path of certain radius and is acted upon by a certain force F. If the angular velocity is will be doubled, keeping the radius same, the new force

In the above question, if the angular velocity is kept same but the radius of the path is halved, the new force will be

A particle moves in a circular path of radius (R). If centripetal force (F) is kept constant but the angular velocity is double, the new radius of the path will be

A particle moves in a circular path of radius (R). If centripetal force (F) is kept constant but the angular velocity is double, the new radius of the path will be

In above question, if the centripetal force F is kept constant but the angular velocity is doubled, the new radius of the path (original radius R ) will be

A particle does uniform circular motion in a horizontal plane. The radius of the circle is 20 cm. If the centripetal force F is kept constant but the angular velocity is doubled , the new radius of the path (original radius R) will be

A particle does uniform circular motion in a horizontal plane. The radius of the circle is 20 cm. If the centripetal force F is kept constant but the angular velocity is doubled , the new radius of the path (original radius R) will be

A particle of mass m is rotating in a plane in circular path of radius r . Its angular momentum is L . The centripetal force acting on the particle is