A particle is falling freely under gravity. In frist `t` secnd it covers distance `d_(1)`and in the next `t` second it covers distance `d_(2)`, then `t` is given by `:`

A particle is falling freely under gravity. In first t second it covers distance x_1 and in the next t second, it covers distance x_2, then t is given by

A particle is falling freely under gravity. In first t second it covers distance x_1 and in the next t second, it covers distance x_2, then t is given by

A stone falls freely under gravity. It covers distances h_(1), h_(2) and h_(3) in the first 5 seconds, the next 5 seconds and the next 5 seconds respectively. The relation between h_(1), h_(2) and h_(3) is

A body starts to fall freely under gravity. The distances covered by it in first, second and third second are in ratio

A stone falls freely under gravity. It covers distances h_1, h_2, and h_2 , in the first 5 seconds, the next 5 seconds and the next 5 seconds respectively. The relation between h_1, h_2 and h_2 is

A stone falls freely under gravity. It covered distances h_1, h_2 and h_3 in the first 5 seconds. The next 5 seconds and the next 5 seconds respectively. The relation between h_1, h_2 and h_3 is :

A stone falls freely under gravity . It covers distances h_1 h_2 and h_3 in the first 5 seconds , the next 5 seconds and the next 5 seconds respectively . The relation between h_1 , h_2 and h_3 is:

A stone falls freely under gravity. It covers distances h_1, h_2 and h_3 in the first 5 seconds, the next 5 seconds and the next 5 seconds respectively. The relation between h_1, h_2 and h_3 is

A stone falls freely under gravity. It covered distances h_1, h_2 and h_3 in the first 5 seconds. The next 5 seconds and the next 5 seconds respectively. The relation between h_1, h_2 and h_3 is :