A stone is projected vertically up to reach a maximum height h. The ratio of its kinetic to potential energies at a height `(4h)/5` will be

A stone is projected vertically upward to reach maximum height h. The ratio of its kinetic energy to its potential energy at a height (4)/(5) h, will be

A stone is projected vertically up to reach maximum height h. The ratio of its potential energy to its kinetic energy at a height 4/5h , will be

A stone is projected vertically upwards to reac a maximum heiht h. What is the ratio of its kinetic energy to its potential energy at a heigth of 3/5h ?

Two stones of masses m and 2 m are projected vertically upwards so as to reach the same height. The ratio of the kinetic energies of their projection is

A particle is projected vertically upwards and reaches the maximum height H in time T. The height of the partlcle at any time t (lt T) will be

A stone projected vertically upwards from the ground reaches a maximum height h . When it is at a height (3h)//(4) , the ratio of its kinetic and potential energies is

When a body is projected vertically up. At some point P at height h its kinetic energy is twice of potential energy at that point. At what height its potential energy is twice that of kinetic energy?

A body is projected vertically up. At certain heighth above the ground, the ratio of its potential energy to the kinetic energy is 2:3. At what height above the ground, the ratio of its kinetic energy to the potential energy will be 2 : 3 ?

A particle is projected vertically upwards and it reaches the maximum height H in time T seconds. The height of the particle at any time t will be-