A body is projected obliquely from the horizontal ground. Its speed is minimum at (A) point of projection (B) point where it lands on the ground (C) maximum height (D) middle of its motion of ascent

A body is projected at angle of 45^(@) to the horizontal . What is its velocity at the highest point ?

A body is projected obliquely from the ground such that its horizontal range is maximum. If the change in its linear momentum, as it moves from half the maximum height to maximum height, is P, the change in its linear momentum as it travels from the point of projection to the landing point on the ground will be:

A body is projected obliquely from the ground with a speed 'u' and at an angle "'theta with the horizontal.It's velocity at the maximum height is (A) zero (B) u sin theta,(C) u cos theta (D) u

A body is projected obliquely from the ground such that its horizontal range is maximum.If the change in its maximum height to maximum height, is P , the change in its linear momentum as it travels from the point of projection to the landing point on the ground will be

A stone is projected from a horizontal plane. It attains maximum height H & strikes a stationary smooth wall & falls on the ground vertically below the maximum height. Assuming the collision to be elastic the height of the point on the wall where ball will strike is

An object is projected horizontally from a top of the tower of height h .The line joining the point of projection and point of striking on the ground makes an angle 45^(@) with ground,Then with what velocity the object strikes the ground

When a body is projected vertically up from ground, its velocity is reduced to 1/3 rd of initial velocity at height 'y' above the ground. Then maximum height reached by the body is

A ball is projected from the ground with velocity u such that its range is maximum Then

A body is projected from ground obliquely. During downward motion, power delivered by gravity of it