When a body is projected from a level ground the ratio of its speed in the vertical and horizontal direction is 4 3. If the velocity of projection is u, the time after which the ratio of the velocities in the vertical and horizontal directions are reversed is

STATEMENT-1: A body is projected from the ground with a velocity v at an angle with the horizontal direction, it reaches a maximum height (H) and reaches the ground after a time T = 2u sin theta//g because STATEMENT-2: The vertical and horizontal motions can be treated independently

A particle is projected from a point on the level ground and its height is h when at horizontal distances a and 2 a from its point of projection. Find the velocity of projection.

Can a body possess velocity at the same time in horizontal and vertical directions ?

A ball is projected horizontally. After 3s from projection its velocity becomes 1.25 times of the velocity of projection. Its velocity of projection is

A body is thrown horizontally from the top of a tower. It reaches the ground after 4s at an angle 45^(@) to the ground. The velocity of projection is

A projectile is projected with velocity u making angle theta with horizontal direction, find : horizontal range.

A projectile is projected with velocity u making angle theta with horizontal direction, find : time of flight.

A body is projected at an angle of 60^(@) with ground. It covers a horizontal distance of 100m. If the same body is projected at 60^(@) with vertical with same velocity, the new range is