Potential energy of a body depends on :
(i) Mass of the body (m) .
(ii) Acceleration due to gravity (g) .
(iii) Height of the body with respect to ground (h).

What is the effect of mass of the body on acceleration due to gravity (g)?

Acceleration due to gravity of a body is independent of

Acceleration due gravity of a body thrown up is

The mass of the body is 60 kg, if value of acceleration due to gravity is 10 ms^(-2) and weight of the body is x xx 10^(2) N. Find x.

The average velocity of a freely falling body is numerically equal to half of the acceleration due to gravity. The velocity of the body as it reaches the ground is

The potential energy of a body mass m is U=ax+by the magnitude of acceleration of the body will be-

The escape velocity of a body form the earth depends on (i) the mass of the body. (ii) the location from where it is projected. (iii) the direction of projection. (iv) the height of the location form where the body is launched.

" The potential energy of a body of mass "m" on the surface of earth is "

Potential energy of a body is zero when that body is at ……. With respect to another body.