Wiki User
β 11y ago30 seconds
When the front of the train is at the start of the bridge, the back is still 50 metres away.
When the back of the train crosses the bridge then the time stops.
So 50 + 250 = 300
300 / 10 = 30
Wiki User
β 11y agoTo totally cross the bridge the train must travel (850m + 150m) 1 km. 1 km in 100 seconds is 10 m/s roughly 20 mph, so the answer is yes, with ease.
A train 108 m long moving at a speed of 50 kmph crosses a train 112 m long coming from the opposite direction in 6 seconds. The speed of the second train is
a train can be a kilometer long. A bridge or road could also be. This question is just too vague.
20 m/s
It depends on the type/speed of the train, please be more precise with your question.
800 meters
To totally cross the bridge the train must travel (850m + 150m) 1 km. 1 km in 100 seconds is 10 m/s roughly 20 mph, so the answer is yes, with ease.
Take the distance and divide by the speed of the train. That is how long it took for the train to travel.
To find the length of the train, we first convert the speed to m/s: 36 km/hr = 10 m/s. The time taken to cross the bridge is 80 seconds. The total distance covered by the train in 80 seconds is 600m (length of the bridge) + length of the train. Using the formula distance = speed * time, we can calculate the length of the train. Therefore, the length of the train is 140 meters.
A train 108 m long moving at a speed of 50 kmph crosses a train 112 m long coming from the opposite direction in 6 seconds. The speed of the second train is
245m
There is no way to answer correctly without knowing where the train is relative to the tunnel and the speed that the train is traveling.
The answer is 72Km/hr
Speed = distance / time, so time = distance / speed. Therefore, to get the answer, divide 46 miles by the speed of the train.
a train can be a kilometer long. A bridge or road could also be. This question is just too vague.
That depends on your speed.
20 m/s