A body projected up with certain velocity travels distance 'y' in the last second of total journey. If velocity of projection is doubled, distance travelled in last second of total journey is - A) 2y B) 2y - g C) 2y +g D) 2y+g/2

The distance travelled by a body during last second of its total flight is d when the body is projected vertically up with certain velocity. If the velocity of projection is doubled, the distance travelled by the body during last second of its total flight is (A) 2d (B) d (C) 2d + g/2 (D) 2d –g/2

The distance travelled by a body during last second of its upward journey is d, when the body is projected with certain velocity vertically up. If the velocity of projection is doubled the distance travelled by the body during the last second of its upward journey is

A stone falls freely from rest from aheight h and it travels a distance h//2 in the last second. The time of journey is

IF a freely falling body covers halfs of its total distance in the last second of its journey. Find its time of fall

A body is thrown up with a velocity 100ms^(-1) it travels 5 m in the last swecond of upward journey if the same body thrown up with velocity 200ms^(-1) , how much distance (in metre) will it travel in the last second of its upward journey (g=10ms^(-2))

A particle starting from rest travels a distance x in first 2 seconds and a distance y in next two seconds, then

An object is dropped from the top of a tower. It travels a distance 'x' in the first second of its motion and a distance '7x' in the last second. Height of the tower is: (Take g = 10 m//s^(2) )

" A body is projected vertically up and the total distance travelled by it is 'S' Then total time of flight will be "

A body travels a distance of 2 m in 2 seconds and 2.2m next 4 seconds . What will be the velocity of the body at the end of 7 the second from the start?

A body is thrown up with a velocity 1000 m s^(-1) . It traavels 5 m in the last second of its journey. If the same body is thrown up with a velcoity 200 m s^(-1) . How much distance (in metre) will it travel in the last second (g= 10 m s^(-2))?.