[" The maximum height reached by "],[" projectile is "4m" .The horizontal range is "],[12m" .Velocity of projection in "ms^(-1)" is "],[" (g is acceleration due to gravity) "]

The maximum height reached by projectile is 4 m . The horizontal range is 12 m . The velocity of projection in m s^-1 is (g is acceleration due to gravity)

The maximum height reached by projectile is 4 m . The horizontal range is 12 m . The velocity of projection in m s^-1 is (g is acceleration due to gravity)

The ratio of maximum height reached by a particle projected under gravity to its horizontal range is 1:4 The angle of projection initially is

The maximum horizontal range of projectile on the earth is R . Then for the same velocity of projection, its maximum range on another planet is (5R)/4 . Then, ratio of acceleration due to gravity on that planet and on the earth is

If the maximum height and range of a projectile are 3 m and 4 m respectively, then the velocity of the projectile is (Take, g = 1o ms^(-2) )

The horizontal range of a projectile is R and the maximum height attained by it is H. A strong wind now beings to blow in the direction of horizontal motion of projectile, giving to constant horizontal acceleration equal to g. Under the same conditions of projections , the new range will be (g = acceleration due to gravity)