A body starting from rest acclerates uniformly along a st. line , at the rate of `10 ms^(-2)` for 5 s`. It moves for `2 s` with uniform velocoty of `50 ms^(-1)`. The it retards uniformly and comes to rest in 3 s`. Draw velocity-time graph of the and find the total distance travelled by body.

A body starts from rest and accelerates uniformly at 5m//s^(2) for 7 seconds, along a straight line, it then starts decelerating at a rate of 2m//s^(2) for the next 5 seconds, moves uniformly with a velocity of 25m/s for the next 2 seconds and then retards again and comes to rest in another 3 seconds. (i) Plot the velocity versus time graph for the body. (ii) Calculate the total distance travelled by the body with the help of the graph.

Starting from rest a car accelerates unifromly with 3 ms^(-2) for 5 s and then moves with uniform velocity. Drwa the distance-time graph of the motion of the car upto t = 7s.

If a car accelerates uniformly from rest and attains a speed of 40 ms^-1 in 10s, it covers a distance of

A body from rest accelerates at rate 10 m s^(-2) for 5 seconds and then moves with constant velocity for 10 seconds .Find the total distance travelled by it.

A train starts from rest and accelerates uniformly at a rate of 2 m s^(-2) for 10 s. It then maintains a constant speed for 200 s. The brakes are then applied and the train is uniformly retarded and comes to rest in 50 s. Find : (i) the maximum velocity reached, (ii) the retardation in the last 50 S, (iii) the total distance travelled, and (iv) the average velocity of the train.

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 Bullet Train in Japan starting from rest accelerates uniformly at 0.5m s^(-2) for 2 minutes. It then maintains uniform speed for 20 minutes and then retards uniformly at the rate of 0.25 m s^(-1) and comes to rest. Calculate the average speed of the train