From certain height `h` two bodies are projected horizontally each with velocity `v`.One body is projected towards North and the other body is projected towards east. Their separation on reaching the ground

A body is projected vertically upwards from the ground. On reaching the greatest height

A body projected vertically with a velocity 'u' from ground. Its velocity

A body projected horizontally with a velocity V from the top of a tower of height h touches the level ground at a distance X from the foot of the tower. Another body is projected horizontally with velocity 2V simultaneously from the same point exactly in the opposite direction. On reaching the ground, separation between the two bodies is?

Two bodies are projected with the same velocity. If one is projected at an angle of 30^(@) and the other at an angle of 60^(@) to the horizontal, the ratio of the maximum heights reached is

A body projected horizontally with a velocity v from a height h has a range R .With what velocity a body is to be projected horizontally from a height h//2 to have the same range ?

A body projected horizontally with a velocity v from a height h has a range R .With what velocity a body is to be projected horizontally from a height h//2 to have the same range ?

A body is projected horizontally with a velocity sqrt29 m/s from a height 10 m, the velocity on reaching the ground ………. m/s.

Two projectiles are projected with the same velocity. If one is projected at an angle of 30^(@) and the other at 60^(@) to the horizontal, then ratio of maximum heights reached, is

What is the area under the velocity-time curve in the case of a body projected vertically upwards from the ground after reaching the ground ?