A ball is allowed to fall from top of a building.If `t_(1)` is time taken to fall first `(1)/(4)` th of its height and `t_(2)` is time taken to fall last `(1)/(4)` th of its height then, `t_(2)/t_(1)` is

A tank is filled with a liquid upto a height H, A small hole is made at the bottom of this tank Let t_(1) be the time taken to empty first half of the tank and t_(2) time taken to empty rest half of the tank then find (t_(1))/(t_(2))

A tank is filled with a liquid upto a height H, A small hole is made at the bottom of this tank Let t_(1) be the time taken to empty first half of the tank and t_(2) time taken to empty rest half of the tank then find (t_(1))/(t_(2))

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 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?

A tank full of water has a small hole at its bottom. Let t_(1) be the time taken to empty first one third of the tank and t_(2) be the time taken to empty second one third of the tank and t_(3) be the time taken to empty rest of the tank then (a). t_(1)=t_(2)=t_(3) (b). t_(1)gtt_(2)gtt_(3) (c). t_(1)ltt_(2)ltt_(3) (d). t_(1)gtt_(2)ltt_(3)

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) . The ratio of time to reach the ground and to reach first half of the distance is .

A particle is moving with uniform acceleration along a straight line. Its velocities at A & B are respectively 7 m//s & 17 m//s . M is mid point of AB. If t_(1) is the time taken to go from A to M and t_(2) the time taken to go from M to B, the ratio t_(1)/t_(2) is equal to :-

A particle executes SHM in accordance with x=A"sin"omegat . If t_(1) is the time taken by it to reach from x=0 to x=sqrt(3)(A//2) and t_(2) is the time taken by it to reach from x=sqrt(3)//2 A to x=A , the value of t_(1)//t_(2) 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 :