Prove that the path covered by a body projected vertically upwards during the last second of its upward motion is equal to the path covered by a freely falling body during the first second of its downward motion.

What is the loss of KE of a freely falling body of mass m , during the t th second ?

A ball is thrown upwards during its upward motion

A body describes 10m in the third second of motion and 28m in the sixth second . What distance will be covered by the body in the seventh second of motion.

A body is projected vertically upwards from the surface of earth with a velocity equal to half of escape speed. What is the maximum height attained by the body ?

A body with a uniform acceleration travels (9)/(25) part of its total path during the last second of its motion. If the body, starting from rest travel 6 cm in the first second how long does the body remain in motion?

If a freely falling particle in thelast second travels a distance equal to the distance traveled in the first three consecutive seconds the time of its travel is