Question

a block of mass m slides down a smooth vertical circular track. during the motion the block is in

Answer 1

For a body sliding on a vertical circle can leave the vertical circle and hence there is a force acting on it to keep it in the vertical circle.

The force applies a pull towards the center of the circle.

This force is known as the radial force.

This radial force which balances the object so that it keeps moving on the circular path is what keeps the object in radial equilibrium.

The object is thus in radial equilibrium.

Answer 2

Answer:

The body is nighter in radial tangential or vertical equilibrium.

Explanation:

It is in stable state but non zero forces are acting on it radially Tagentialy and vertically. Please mark me the brainliest