A body is projected so that it has maximum range R. What is the maximum height reached during the flight ?

A body is projected with velocity u so that its horizontal range is twice the maximum height.The range is

A body is projected upwards. What is its initial velocity at maximum height?

An object is projected so that its horizontal range R is maximum. If the maximum height of projectile is H , find the value of H//R .

A body has maximum range R_1 when projected up the plane. The same body when projected down the inclined plane, it has maximum range R_2 . Find the maximum horizontal range. Assume equal speed of projection in each case and the body is projected onto the inclined plane in the line of the greatest slope.

A ball is projected to attain the maximum range. If the height attained is H, the range is

A body is projected at an angle theta so that its range is maximum.If T is the time of flight then the value of maximum range is (acceleration due to gravity = g )

A stone is projected in air. Its time of flight is 3s and range is 150m. Maximum height reached by the stone is (Take, g = 10 ms^(-2))

A projectile when fired at a certain inclination has maximum rang R. Find its maximum height attained by it in terms of R .

A body is thrown vertically upward with velocity u . The ratio of times at which it is at particular height h is 1 : 2 . What is the maximum height reached by the body above point of projection ?