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.

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

The distance between two stations is 40 km. A train takes 1 hour to travel this distance. The train, after starting from first station, moves with constant acceleration for 5 km, then it moves with constant velocity for 20 km and finally its velocity keeps on decreasing continuously for 15 km and it stops at the other station. Find the maximum velocity of the train.

Between two stations a train starting from rest first accelerates uniformly, then moves with constant velocity and finally retarts uniformly to come to rest. If the ratio of the time taken be 1 : 8 : 1 and the maximum speed attained be 60 km//h , then what is the average speed over the whole journey ?

Between two stations a train starting from rest first accelerates uniformly, then moves with constant velocity and finally retarts uniformly to come to rest. If the ratio of the time taken be 1 : 8 : 1 and the maximum speed attained be 60 km//h , then what is the average speed over the whole journey ?

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

Between two stations a train accelerates uniformly at first, then moves with constant velocity and finally retards uniformly. If the ratio of the time taken for these is 1:8:1 and the maximum speed attained be 60 km h- then what is the average speed over the whole journey ?

The distance between two stations is 20 km. If a train moves with a constant speed of 60 km h^(-1) , then the time taken by the train to reach the next station is _____.

A train starts at 1:45 PM from a station at a speed of 60 kmIhr. At what time will it reach a station 165 km away?