The wheel of a motor accelerated uniformly form rest rotates through 2.5 radian during the first second.Find the angle rotated in the next second.

A car accelerates uniformly at the rate of 2ms^-2 after starting from rest. Find the distance travelled and velocity attained in 4 seconds.

A car attains a velocity of 36kmh^-1 after accelerating uniformly from rest in 5 seconds. Find the distance travelled.

A body starts from rest and moving with uniform acceeration of 4 m//s^2 covers half of its total path during the last second of its motion. Find the itme taken and the total distance covered.

A motorcycle starts from rest. The uniformly accelerates at 1m//s^2 . Find the distance travelled in the 3rd second.

The angular frequency of body chages from 5 radian per second to 8 per second in 20 seconds.Find the angular displacement of the body during these 20 seconds.

A body starts from rest moves with constant acceleration p. Find the ratio of the distances travelled by the body in 5 seconds and 5th second.

A car accelerates uniformly from 18km per hour to 36km per hour in 5 seconds . Calculate the acceleration and the distance covered by the car in that time.

If a train is moving on the circular path of 1500 m radius at the rate of 66km//h, find the angle in radian, if it has in 10 second.

A three-wheeler starts from rest, accelerates uniformly with 1 m s^-2 on a straight road for 10 s, and then moves with uniform velocity. Plot the distance covered by the vehicle during the 11th second (n = 1,2,3....) versus 11. What do you expect this plot to be during accelerated motion : a straight line or a parabola ?