A a steam locomotive can turn itself off when the engine is overheated.
first you take a heater or a stove and you boil the water which will turn into steam and the steam will poduce energy which it would turn into electricity in which you can use it for steam locomotive and other stuff.
A good example might be a steam locomotive. It starts with a chemical reaction, where carbon combines with oxygen in the firebox. This heats water to generate steam which drives the cylinders, which turn the wheels and make the locomotive move...a physical reaction. Or a gun, where a chemical reaction, the decomposition of a propellant creates gas which propels a bullet.
most of the time, it also depends on the type of train Coal is used in steam locomotives! The coal is burned under a "boiler" to create steam which is then used in drive pistons which in turn cause the "drive wheels" to turn, thus propelling the locomotive, and the attached cars, down the track.
Because they used steam engines, which rely on fire to turn water into steam to power pistons which makes the train move. Also, while in use some of the steam is always released, creating big steam clouds around the locomotive.
The three major types of trains are steam, electric, and diesel. Steam: The locomotive is powered by steam pressure. Traditionally, it is created by heating water using a coal-powered boiler. The boiler usually made up most of the locomotive. Electric: The locomotive is powered directly from an electric source to power it's electric engine. Either from an overhead wire or third rail that are both charged with high voltage power. Diesel: The locomotive is powered using diesel fuel to power the locomotive engine or prime mover. A common use of this fuel is diesel-electric. This is where the prime mover powers a generator that stores electric power that is then sent to electric motors known as "traction motors" mounted on each train axle that turn the wheels.
A steam burn is an example of latent heat, because beside the heat released by the steam itself, a part of it condenses, turning into water, which in turn releases heat too.
You use flowing water to turn a turbine. Or you heat water and turn it into steam which is used to turn a turbine.You use flowing water to turn a turbine. Or you heat water and turn it into steam which is used to turn a turbine.
The locomotive
Allow the steam to cool down and it will turn back to water.
A steamboat uses a steam engine similar to those on a steam locomotive. An external wood or coal fire heats water in a boiler, and the pressure of its expansion into steam is used to turn a shaft that is connected to paddlewheels, or to a propeller blade. Steamboats were the first alternative to sailing vessels, and replaced them as the major form of marine vessels. Modern steam turbines (invented in 1884) continue to be used for the generation of electricity worldwide.
Loose spindle
the locomotive - apex