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It takes pressurized steam to move the Pistons in a steam train. It takes a generator to produce electricity to power the motors on his (trucks) wheels on an electric train.
A steam engine requires water to be heated to produce steam. This steam is used in pistons to produce movement, as in a steam train. An electric engine can produce the same energy, as in an electric car, and is far less bulky than a steam engine.
Depends on the type of engine that the train is equipped with. Steam, diesel, electricity, (supplied by overhead wires or additional rails,) batteries, gas turbine. (Steam was the dominant form of locomotive power from the early 19th century to the mid 20th century). Your question is somewhat uncustomary. It should be asked this way : How does the different types of engine in a train produce power? It is unnecessary to provide detailed explanations on how the different kinds of engine work. That's a technical information which is not interesting for the inquisitor.
Steam does create the power to turn the wheels. The steam is created by using coal fire, to heat up the water into steam. the expansion of the steam pushes out the piston, which in turn turns the wheels.
No. A train that uses coal for power is a steam train, those trains referred to as 'bullet trains' usually use electricity as their motive power.
The name of the first train was a locomotive. A locomotive is fueled by burning combustible coal, oil or wood to produce steam.
A train that runs on steam. But first you need the coal and fire and shovel.
No, the Greeks did not invent the train. They knew of steam power, but lacked the advanced technology and the materials know-how needed to come up with a train.
Steam train translates as Dampflokomotive.
Most often electricity, but there are diesel and steam trains powered by coal.
Steam power; Diesel engines, Electricity, and a very few gasoline engines.
The first steam train was called the rocket.