A stone is allowed to fall freely from rest. The ratio of the time taken to fall through the first metre and the second metre distance is

A ball falls freely from rest. The ratio of the distance travelled in first, second, third and fourth second is

A body is allowed to fall from a height of 100 m . If the time taken for the first 50 m is t_1 and for the remaining 50 m is t_2 then :

A body is allowed to fall from a height of 10 m . If the time taken for the first 50 m is t_(1) and for the remaining 50 s ,is t_(2) . The ratio of time to reach the ground and to reach first half of the distance is .

A body is allowed to fall from a height of 10 m . If the time taken for the first 50 m is t_(1) and for the remaining 50 s ,is t_(2) . The ratio t_(1) and t_(2) . Is nearly .

The ratio of the distance through which a body falls in 4th, 5th and 6th second is starting from rest

An electron falls from rest through a vertical distance h in a uniform and vertically upwards directed electric field E. The direction of electric field is now reversed , keeping its magnitude the same. A proton is allowed to fall from rest in it through the same vertical distance h. The time of fall of the electron, in comparison to the time of fall proton is

Find the ratio of the first quantity to the second. 125 cm, 1 metre.