Train- the longest had 675 cars and 10 engines.
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.
695 meters, unless I'm mistaken. there are 1,000 meters in a kilometer, so move the decimal place three to the right to get meters.
1
If the train had 96 cars and one engine for every 24 cars, you would divide the total number of cars by the number of cars per engine to find the number of engines. So, 96 cars divided by 24 cars per engine equals 4 engines. Therefore, the train had 4 engines.
110 with locomotive
1,000
About a million. Somewhere around there.
To find the total seating capacity of the commuter train, multiply the number of seats per car by the number of cars. Since each car can seat 114 passengers and there are 7 cars, the total seating capacity is 114 passengers × 7 cars = 798 passengers. Thus, the train can seat 798 passengers in total.
The largest trains carry about 1000 passengers. So, theoretically if the train stopped running and all the passengers had to drive themselves by car, the answer is up to 1000 cars.
1 subway train usually have 11 cars. I don't know if the shuttle is shorter...maybe.
This depends entirely upon the cargo. Passenger trains may have between two and eight cars, depending upon the location and country. At the other extreme are the coal trains of Australia which can easily carry in excess of forty cars. If the question refers to actual cars - as in the vehicles - that a train can transport, it will depend on how many locomotives are used, but if the train is hauling forty carriages (also called cars) and each car carries one car, that is an easy forty cars.