A body is falling from a height h. After it has fallen a height `(h)/(2)`, it will possess

An object is falling freely from a height x. After it has fallen a height (x)/(2) , it will possess :

A body is falling freely from a height h. When it covers distance (h)/(2) in downward direction, at that place it possesses.

A ball is drpped from rest at height 4h . After it has fallen a distance d , a second ball is dropped from rest at height h . What should d be (in terms of h ) so that the balls hit the ground at the same time?

A ball is drpped from rest at height 4h . After it has fallen a distance d , a second ball is dropped from rest at height h . What should d be (in terms of h ) so that the balls hit the ground at the same time?

A body is allowed to fall on the ground from a height h_(1) . If it is rebound to a height h_(2) then the coefficient of restitution is:

A body freely falling from the rest has velocity v after it falls through a height h the distance it has to fall down for its velocity to become double is

A body freely falling from rest has a velocity v after it falls through a height h . The distance it has to fall down further for it's velocity to become double is