A particle is released from rest from a tower of height 3h. The ratio of the intervals of time to cover three equal height h is.

A particle is released from rest from a tower of height 3h. The ratio of time intervals for fall of equal height h i.e. t_(1):t_(2):t_(3) is :

A particle is released from rest from a tower of height 3h. The ratio of time intervals for fall of equal height h i.e. t_(1):t_(2):t_(3) is :

A particle is released from rest from a tower of height 3h. The ratio of time intervals for fall of equal height h i.e. t_(1):t_(2):t_(3) is :

A particle is released from rest from a tower of height 3h. The ratio of times to fall equal heights 'h' i.e. t_1:t_2:t_3 is ( sqrt3 =1.17 & sqrt2 = 1.4)

A particle is released from rest from a tower of height 3h. The ratio of times to fall equal heights 'h' i.e. t_1:t_2:t_3 is ( sqrt3 =1.17 & sqrt2 = 1.4)

The balls are released from the top of a tower of height H at regular interval of time. When first ball reaches at the ground, the n^(th) ball is to be just released and ((n+1)/(2))^(th) ball is at same distance 'h' from top of the tower. The value of h is

A particle is released from height S from the surface of the earth. At a certain height its KE is three times its PE. The height from the surface of earth and the speed of the particle at that instant are resp.