If T be the total time of flight and H be the maximum height attained by a stone from the point of projection, then `H//T` will be ( u=projection velocity and `theta`=projection angle )

Maximum height attained from the point of projection is:

Maximum height attained from the point of projection is:

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

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

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

Assertion In projectile motion, if time of flight is made two times, then maximum height will become four times. Reason T prop sin theta and H prop sin^(2) theta , where theta is angle of projection.