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Actually they carry the water in the tender in a tank below the coal. The tender is hooked onto the back of engine, and the water gets to the boiler which is the 'large tank on the front of the engine' through a flexible hose.

In the large tank on the front of the engine.

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What energy source was used to power steam engines?

water


What is the difference between a steam engine and a tank engine?

A steam engine is a broad term that refers to any engine that converts steam energy into mechanical work, often used in various applications like locomotives, boats, and industrial machinery. A tank engine, specifically, is a type of steam locomotive designed to carry its water and fuel in tanks mounted on the locomotive itself, rather than relying on a separate tender. This design allows tank engines to be more maneuverable and suited for short-distance or urban services. In summary, all tank engines are steam engines, but not all steam engines are tank engines.


Heat engines use heat to do work?

Yes. Heat engines come in various forms. For example, internal combustion using gasoline or diesel, external combustion (not much used), steam engines reciprocating or turbine, gas turbines, rocket engines.


How steam engine is cooled when working?

Steam engines are typically cooled using a combination of water and air. The steam produced during operation is condensed back into water in a condenser, where it releases heat and is cooled by circulating water, often drawn from a nearby source. Additionally, in some designs, air is used to cool parts of the engine, particularly in the case of smaller or portable steam engines. This cooling process helps maintain optimal operating temperatures and prevents overheating.


How does a heat engine differ from steam engine?

A heat engine is a broad term that encompasses any device that converts thermal energy into mechanical work, utilizing various heat sources and cycles. A steam engine, on the other hand, is a specific type of heat engine that primarily uses steam as its working fluid, typically generated by boiling water. While all steam engines are heat engines, not all heat engines are steam engines, as heat engines can also use gases or other fluids in their operation. The principles of operation may vary based on the type of working fluid and thermodynamic cycle employed.