In the 1830's steam engines started to put farmers out of work, so they moved into towns and hoped they would find a job there.
George Stephenson
If you are talking about a steam powered fire engine, for fire fighting, the answer is yes. If you are talking about a steam engine fed steam from a boiler, the answer is maybe. Some plants shut down their boilers nightly, others don't. Steam engines themselves however, do not use fire to operate, only boilers do.
James Watt improved the steam engine by adding a separate condenser, which allowed steam to be condensed without cooling the cylinder. This innovation significantly increased efficiency by preventing heat loss and minimizing the need for the engine to cool down after each cycle. Additionally, Watt introduced a rotary motion mechanism, enabling the steam engine to perform various tasks beyond pumping water. His enhancements were crucial in advancing the industrial revolution.
Not enough information to answer. Water does not do work when transformed into steam. Once it exists as steam, work can be done as it converts back to water. You will always get less out than you put in. The energy you put in is called the enthalpy of vaporization, (delta H), is also called heat of vaporization or heat of evaporation. The energy required to transform water from a liquid into a gas at atmospheric pressure is 40.68 kilojoules per mole 2260 kilojoules per kilogram. Energy is the ability to do work. Creating steam requires energy. Water does not do work when transformed into steam. Steam, after it is created, can do work and in the normal steam engine, it is then converted back to water. That process involves a few basic issues such as pressure, temperature change and entropy which are not available with the data provided.
he was a engineer who made the first practical steam engine and put it in the reindeer in the 1820s.
You have to put coal in it and give it redstone power (e.g. lever, redstone torch)
You need to add it to Steam before Steam can download it.
STEAM TURBINE is a machine for generating mechanical power in rotary motion from the energy of steam at temperature and pressure above that of an available sink. A turbine operated by highly pressurized steam directed against vanes on a rotor.HEAT ENGINE is a physical or theoretical device that converts thermal anergy to mechnical out put.....it converts heat energy into work.
Efficiency
I just want to no, if I put the tattoo tubes in a staril pouch with a steril indicator dot, can I dut that in a steam autoclave? I just want to know if I put my steel tattoo tubes in a steril pouch with a steril indicator dot, can I put that into a steam autoclave. They are made out of medical thick paper and plastic?
You take one engine out of a car and put another one in. Done.
"External combustion engine" almost always means a steam engine. There are two kinds. Reciprocating steam engines have a boiler to make steam, a piston assembly for the steam to act against, and a flywheel for the piston assembly to turn. The first steam engines were "single acting" engines. You introduce steam into the piston assembly. When it reaches the bottom of its travel, the rotating flywheel forces the piston back to the top. This is how single-cylinder internal combustion engines work. That's not efficient because you rely on mechanical inertia to make the engine work, so someone invented the "double acting" engine. The piston assembly has two pistons in it. When the piston on the left side reaches the bottom of its stroke the one on the right has reached the top of its, and a valve switches the steam from the left piston to the right one. This is far more efficient, and it's how any internal combustion engine with more than one cylinder works. To get useful work out of this thing, you put a big drive belt around the flywheel. Steam turbines are a lot like jet engines, except that jet engines don't have boilers. There are two kinds of turbine wheels, and every steam turbine contains both types. One kind has blades that you shoot steam against. The other kind has nozzles that steam shoots out of. The guy who invented this motor knew the first wheel wouldn't use all the energy in the steam, so he captured the steam used on the first wheel to drive a second, and he kept going until all the usable energy had been extracted from the steam. The shaft of the steam turbine directly drives the load.