362379 A stone falls freely under gravity. The total distance covered by it in the last second of its journey equals the distance covered by it in first \(3 \,s\) of its motion. The time for which the stone is in air is

362380 A body \(A\) is thrown up vertically from the ground with a velocity \(v_{0}\) and another body \(B\) is simultaneously dropped from a height \(H\). They meet at a height \(H / 2\), if \(v_{0}\) is equal to

362381 Distance travelled by a body falling from rest in the first, second and third second is in the ratio of

362382 A juggler maintains four balls in motion making each of them to rise of height of \(40\;m\) from his hand, what time interval should be maintain for the proper distance between them?

362379 A stone falls freely under gravity. The total distance covered by it in the last second of its journey equals the distance covered by it in first \(3 \,s\) of its motion. The time for which the stone is in air is

362380 A body \(A\) is thrown up vertically from the ground with a velocity \(v_{0}\) and another body \(B\) is simultaneously dropped from a height \(H\). They meet at a height \(H / 2\), if \(v_{0}\) is equal to

362381 Distance travelled by a body falling from rest in the first, second and third second is in the ratio of

362382 A juggler maintains four balls in motion making each of them to rise of height of \(40\;m\) from his hand, what time interval should be maintain for the proper distance between them?

362379 A stone falls freely under gravity. The total distance covered by it in the last second of its journey equals the distance covered by it in first \(3 \,s\) of its motion. The time for which the stone is in air is

362380 A body \(A\) is thrown up vertically from the ground with a velocity \(v_{0}\) and another body \(B\) is simultaneously dropped from a height \(H\). They meet at a height \(H / 2\), if \(v_{0}\) is equal to

362381 Distance travelled by a body falling from rest in the first, second and third second is in the ratio of

362382 A juggler maintains four balls in motion making each of them to rise of height of \(40\;m\) from his hand, what time interval should be maintain for the proper distance between them?

362379 A stone falls freely under gravity. The total distance covered by it in the last second of its journey equals the distance covered by it in first \(3 \,s\) of its motion. The time for which the stone is in air is

362380 A body \(A\) is thrown up vertically from the ground with a velocity \(v_{0}\) and another body \(B\) is simultaneously dropped from a height \(H\). They meet at a height \(H / 2\), if \(v_{0}\) is equal to

362381 Distance travelled by a body falling from rest in the first, second and third second is in the ratio of

362382 A juggler maintains four balls in motion making each of them to rise of height of \(40\;m\) from his hand, what time interval should be maintain for the proper distance between them?