Yes, it can. Train braking systems are not that powerful and a large train can take over a mile to come to a stop.
Consider the physics. The kinetic energy of a train is given by: KE = 1/2 m v2
The work to stop a train is F d, where F is the stopping force provided by the brakes and d is distance.
So F d = 1/2 m v2. This tells you that if you double the speed of the train, you increase the stopping distance by 4 fold! If you double the mass of the train (the number of cars) you double the stopping distance.
The web site below gives some figures on train braking distance.
http://homepage.ntlworld.com/wilf.james/trains.htm
55 miles
If 31 are boxcars then 91-31 = 60 are NOT boxcars. So 60/91 of the train are not boxcars.
They are smaller and weight less.
It would be approx 1827.7 miles.
Average speed is 65 mph.
1408 cars
The speed of a loaded freight train would be approximately 60 miles per hour if it takes about one mile to make a complete stop. The stopping distance of a train is typically about one mile when traveling at that speed.
About 1140 train cars.
The longest train in world history was 4.568 miles long. It ran about 170 miles with 682 loaded iron ore wagons or cars in Australia in 2001.
train cars
Anywhere from 4/5 mile to 1.2 miles, depending on the type(s) of rail cars.
Four.
The amount of cargo that a train can carry depends on the size of the train and the number of cars it carries. If a train is large and has many cars it can carry a lot of cargo.
To calculate the speed of a moving train, you can use the formula speed = distance/time. Measure the distance the train travels and the time it takes to cover that distance. Then, divide the distance by the time to find the speed of the train.
There are two; EUROSTAR which takes passengers from London/Ebbsfleet/Ashford to Paris/Brussels/Lille and LE SHUTTLE, which takes cars and their occupants from Folkestone to Calais.
recount several early experiments used to move the train cars.
they are called compartments and rail cars.............(in india)