A train starting from rest accelerates uniformly for 100 s, then comes to a stop with a uniform retardation in the next 200 s. During the motion, it covers a distance of 3 km. Choose the wrong option

A train starting from rest accelerates uniformly for 100s, runs at a constant speed for 5 minutes and then comes to a stop with uniform retardation in next 150 seconds. During this motion, it covers a distance of 4.25 km. Find its (i) constant speed (ii) acceleration and (iii) retardation

A train starting from rest, and moving with uniform acceleration alpha , acquires a speed v. Then its comes to a stop with uniform retardation beta . Then the average velocity of the train is

A train starting from one station accelerates uniformly over a distance of 0.5 km , moves with a constant speed over 35 km , retards uniformly over the last 10 km coming to a stop at another station 50 km away from the first station. Draw velocity distance graph of the train.

If a car at rest accelerates uniformly to a speed of 144 km/h in 20 s, it covers a distance of:

If a car at rest, accelerates uniformly to a speed of 144 km//h in 20s , it covers a distance of

If a car at rest, accelerates uniformly to a speed of 144 km//h in 20s , it covers a distance of

If a car at rest, accelerates uniformly to a speed of 144 km//h in 20s , it covers a distance of

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

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