# Time, Distance & Speed

Are you preparing for campus placements,Banking,SSC, IAS, Insurance,Defence and other competitive exams? Then, make sure to take some time in practicing the Speed,time and disctance questions and answer in Quantitative Aptitude. Moreover, only those questions are included that are relevant and likely to be asked in any competitive exam. So, take these questions and answer, brush up your skills and practice to stay fully prepared for any your exam.

• Q1.Two trains starting at the same time from two stations 400 km apart and going in opposite direction cross each other at a distance of 230 km from one of the stations. What is the ratio of their speeds?

• Q2.The circumference of wheel of a cart is 80 ft long and that of the back wheel is 96 ft long. What is the distance travelled by the cart, when the front wheel has done four more revolutions than the rear wheel?

• Q3.Ramit started for the station one km from his hostel walking at 2 km/h to catch the train in time. After 3 minutes, he realised that he had forgotten railway ticket at room and returned with increased, but constant speed to get it succeeded in catching the train. Find his latter speed in km/h:

• Q4.Two Rajdhani trains X and Y start simultaneously in the opposite direction from two points A and B and arrive at their destinations 36 and 25 hours respectively after their meeting each other. At what speed does second train Y travel if the first train travels at 100 km/h per hour:

• Q5.A bunch of friends complete their 480km long road trip in a car driving at uniform speed. They would have taken 3 hours more to cover same distance if the speed in 8kmph lesser. Find the speed of the car.

• Q6.In special race, one racer leaves from A to reach B at 6:00 am. After 2 hours other racer leaves from B to reach A. If first racer reaches B at 10:00am while the second racer reaches A at 11:30 am, at what time they will cross each other?

• Q7.Three cyclists started from A to reach B at same time. If the ratio of their speeds are 2 : 3 : 5, then the ratio of time taken by them to reach B will be: