[" The distance moved by a freely "],[" falling body (starting from rest) "],[" during the "1" st,"2" nd and "3" rd "..." nth "],[" second of its motion,are "],[" proportional to "]

The distance moved by a freely falling body (startibg from rest) during st, 2nd, 3nd,……nth second of its motion are propotional to .

The distance moved by a freely falling body (startibg from rest) during st, 2nd, 3nd,……nth second of its motion are propotional to .

The distances travelled by a body falling freely from rest in the 1st, 2nd and 3rd seconds are in the ratio.

The distances covered by a freely falling body in its first, second, third, ……, b^(th) seconds of its motion

" The distances traveled by a body falling freely from rest in the first,second and third seconds are in the ratio "

Find the ratio of the distance moved by a free-falling body from rest in fourth and fifth seconds of its journey.

[" A particle starts from "],[" rest and moves with "],[" uniform acceleration "],[" along a straight line."],[" The ratio of distance "],[" travelled by it during "],[3^(" rd ")" second and "4^(" th ")],[" second of its motion "],[" is "]

Find the ratio of the distance moved bya free-falling body from rest in fourth and fifth seconds of its journey.