This is an average speed of 42.54 km/h
345
Assuming no accelerate or decelerate figures, the average speed is 48 MPH.
In simplistic terms 120 * 4 = 480. However, in realistic terms, it will be a bit shorter as the train has to accelerate up to this speed and decelerate back to zero. So you may need to deduct around 60 kilometers from that figure.
No, because according to Einstein, there is nothing that can travel faster than the speed of light. For example, if there is a headlight on the front of a train that is travelling 60 km/h, the light coming from the front of the train is still only going at the speed of light despite the speed of the train.
Before you step off of the train, your body is moving past the walkway at the same speed as the train. Its natural tendency is to keep moving in the same direction at the same speed, but once you step onto the walkway, that means your body wants to move along the walkway at the speed of the train. You have to slow your body down gradually, which you can only do by deftly manipulating the contact between the walkway and your feet. If you stepped off and expected to just stand there, your feet might stay on the walkway, but the rest of you still needs to keep going at the speed of the train, resulting in a phenomenon known as "falling down".
zero
Anything that goes 543 kilometers in 6 hours is averaging 90.5 kilometers per hour
370 km/ 87 hours ~= 4.25 km/hr
A train that travels at 40 kilometers per hour (kph) for 10 hours goes 400 kilometers. If the train goes 50 kph for 8 hours, it also travels the same 400 kilometers. The difference in speeds is 10 kph, and the difference in times is 2 hours.
The speed of the train is 42.5 kilometers per hour.
It's 70 kilometers per hour west.
Speed = Distance/Time = 100 km / 4 hours = 100/4 km per hour = 25 kph
Just multiply the 45 hours by the speed.
39 miles
The train travels at 123.7 km/h
25km/h
131.82 miles per hour.
Anything that goes 543 kilometers in 6 hours is averaging 90.5 kilometers per hour