A body is dropped from a height of 100m .Ratio of times taken to travel first 10m ,next 10m 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 .

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) . Which is correct?

Body A of mass M is dropped from a height of 1 m and body. B of mass 3M is dropped from a height of 9 m. The ratio of time taken by the bodies 1 and 2 to reach the ground is

A body of mass 20 kg is dropped from a height of 2 m. If g is taken to be equal to 10 m/ s^(2) , the kinetic energy of the body, just before striking the ground, will be

A stone is dropped from a height of 100m .At the same instant another stone is projected vertically upwards with velocity of 50ms^(-1) .If g=10ms^(-2) ,the height from the ground at which the 2 stones meet is

[" I."A" body is allowed to fall from a "],[" height of "100m" .If the time taken for "],[" the first "50m" is "t_(1)" and for the "],[" remaining "50m" is "^(t_(2))" ."],[" The ratio of "t_(1)" and "t_(2)" is nearly "],[qquad [5:2],[3:1],[3:2]]