A body moving with uniform acceleration covers 15m in the third second of its motion and 19.4 m in the fifth sec . If its acceleration and initial velocity.

A body moving with uniform acceleration describes 12m in the 3rd sec of its motion and 20m in the 5th second. Find the distance covered in the 10th second.

A particle of a mass 2 kg moving with a constant acceleration covers a distance of 10 m in the third second and 16 m in the 4th second. What is the initial velocity of the particle?

A body moving with uniform acceleration has velocity of 20m/s and 30 m/s when passing point P with Q in its path . Find its velocity at the point midway between P and Q .

A particle moving with a uniform acceleration 24m and 64m in the first two consecutive interval of 4 seconds each . It's initial velocity is

A body starting from rest accelerates uniformly and attains a velocity of 20m/s in 30 seconds. Find its acceleration and the distance it covers in that time

A body starting from rest , moves with uniform acceleration . The distance covered by the body in time is proportional to

Starting from the rest , a body P travels with a uniform acceleration of 4m/s^2 and starting from rest from the same point 4s later , a body Q travels with a uniform acceleration of 16m/s_2 in the same direction as P . Find when and where they meet .

A body in motion along a straight line. From position time graph Calculate its initial velocity

Derive an expression for the distance covered by the body during nth second of its motion.

A lift starts from rest with constant upward acceleration . It moves 1.5m in the first 0.4 secs. A person standing in the lift hold a packet of 2 kg by a string. Calculate the tension in the string during the motion.