Math, asked by vishvjeets41, 1 month ago

A passenger train running at a speed of 80km/h leaves a railway station 6 hours after a goods train leaves and overtakes it in 4 hours . what is the speed of the goods train?​

Answers

Answered by akhileshkar88
0

Answer:

Also, by the time the train is overtaken, the passenger train should have travelled the same distance as the goods train. It is given that the speed of the passenger train is 80 km/hr and time taken is 4 hours. Therefore, the speed of the good train is 32 km/hr. Hence, the answer is option (c).

Answered by yuktajaju6
1

Answer:

HERE

filledbookmark

USE APP

Sign in

Questions & Answers

CBSE

Mathematics

Grade 8

Speed Distance and Time

Question

Answers

Related Questions

A passenger train running at a speed of 80km/hr leaves the railway station 6 hours after a good train leaves and overtakes it is 4 hours. What is the speed of the good train goods train?

(a) 48 km/hr

(b) 60 km/hr

(c) 32 km/hr

(d) 80 km/hr

Answer

VerifiedVerified

111.9k+ views

13.5k+ likes

Hint: Let the speed of the good train be x km/hr. Now when the good train is overtaken, it has travelled for a total time of 10 hours, so using the formula distance=speed×time we can say that distance is equal to 10x km. The passenger train has to cover the same distance in 4 hours to overtake it. So, again using the same formula we can say distance is equal to 80×4 km . Equate the two distances to get the answer.

Complete step-by-step answer:

Let the speed of the good train be x km/hr.

Now when the good train is overtaken, it has travelled for a total time of 10 hours,as it started 6 hours early and took 4 hours to be overtaken. So, the distance travelled by is:

distance=speed×time=10x km

Also, by the time the train is overtaken, the passenger train should have travelled the same distance as the goods train. It is given that the speed of the passenger train is 80 km/hr and time taken is 4 hours.

distance=speed×time=80×4=320 km

Now, we will equate the two distances that we found in the above case, we get

10x=320

x=32 km/hr

Similar questions