A rod length 15 m stands vertically on the ground. With one end hinged to the ground. When it falls on the ground such that it rotates without slipping, the velocity of the upper tip on striking the ground is

A rod of length 15 m stands vertically on the ground with one end hinged to the ground. When it falls on the ground such that it rotates without slipping, the velocity of the upper tip on striking the ground is

A ring rolls down the inclined plane without slipping. Find the velocity of the ring when it reaches the ground.

A rod of length / is held vertically stationary with its lower end located at a point P, on the horizontal plane. When the rod is released to topple about P, the velocity of the upper end of the rod with which it hits the ground is

A ring starts to roll down the inclined plane of height h without slipping . The velocity when it reaches the ground is

A ring starts to roll down the inclined plane of height h without slipping . The velocity when it reaches the ground is

A tower stands vertically on the ground. From a point on the ground, which is 15 m away from the foot of the tower is found to be 60^(@) . Find the height of the tower.

A pole is held vertically with one end on the ground. The length of the pole is 30 m. The pole is allowed to fall. Assuming that the lower end of the pole does not slip with what velocity will the upper end strike the ground g = 10 m

A uniform rod kept vertically on the ground falls from rest. Its foot does not slip on the ground