A body is dropped from a tower. It covers `64%` distance of its total height in last second. Find out the height of tower `[g=10 ms^(-2)]`

A freely falling body, falling from a tower of heighth covers a distance h/2 in the last second of its motion The height of the tower is 10 ms^(-2) ):

A body dropped from the top of a tower covers 7/16 of the total height in the last second of its fall. The time of fall is

A body dropped from the top of a tower covers 7/16 of the total height in the last second of its fall. The time of fall is

A body is dropped from the top of a tower and it covers a 80 m distance in last two seconds of its journey. Find out [g=10 ms^(-2)] (i) height of the tower (ii) time taken by body to reach the ground (iii) the velocity of body when it hits the ground

A body is dropped from the top of a tower and it covers a 80 m distance in last two seconds of its journey. Find out [g=10 ms^(-2)] (i) height of the tower (ii) time taken by body to reach the ground (iii) the velocity of body when it hits the ground

A body falls freely from the top of a tower. It covers 36 % of the total height in the last second before striking the ground level. The height of the tower is

A body falls freely from the top of a tower. It covers 36% of the total height in the lkast second before striking the ground level. The height of the tower is

A body falls freely from the top of a tower. It covers 36% of the total height in the lkast second before striking the ground level. The height of the tower is

A stone is dropped from the top of a tower and travels 24.5 m in the last second of its journey. The height of the tower is