A 4 cycle/stroke engine has 4 cycles (intake, compression, power, exhaust). On its intake step the piston goes down inside the cylinder and brings gas and air through the intake valve into the cylinder. On the compression step the intake valve closes and the piston comes back up compressing the gas and air. On power, the spark plug throws off a spark and ignites the gas and air in the cylinder sending the piston down with power to turn the crankshaft. Exhaust is the 4th step in a 4 cycle engine. The exhaust valve opens at the top of the cylinder and the piston is forced back up by the crankshaft pushing the leftover fumes out the valve. The exhaust is then pushed out through the exhaust pipe. This information is only accurate in a 4 cycle/stroke engine.
A model train engine works by taking up an electrical charge out of the metal track through metal engine's wheels that travel on the track. The electric power is transferred from the wheels on to the electric motor, which causes the electric motor to run.
The train motor connects to the locomotive's wheels through a mechanized drive arrangement. As the electric current turns the locomotive's motor, the train's motor moves the gears which then spin the engine's wheels and thrust the locomotive down the train rails. Not all that complicated!
The exact contact point where the locomotive wheel touches the rail can be quite tiny. This is exactly why it does not take much in the way of dust or debris to obstruct the wheel-to-rail contact. Debris may very well accumulate, so it is very important for you to keep your engine's wheels clean and free of accumulated grime. If the engine's wheels of your engine are dirty, they may not make very good contact with the metal rails, and your engine could very well stall. Bear in mind, plastic train's wheels won't transmit electrical current.
A good toy locomotive needs properly working train's wheels and properly maintained gears. Shoddy performance by a locomotive is often caused by problems with the gears or problems with the wheels. However, there are lots of other things which can cause model train engines to malfunction
No
Either will work.
An engine analyzer is manufactured for a computer's hard drive. With its accompanying CD, it will hard-check the registry for updates and analyze it by attaching itself to it.
I would check the power brake booster
This really depends on how hard you're willing to work to make it fit. If you don't want to make modifications to the car, then the only engine that will fit is the original engine size. If you are willing to make lots of modifications you can choose any engine you so desire.
that the engine has nitro power which goes to the engine. when the engine receives the signal the engine starts to work
Noise. Without noise, it can't work. Noise is in an engine, and without it does not work. Every engine has to make some kind of noise, internal or external, inside or outside the engine.
yes. it should work fine.
the amout of work done on the engine
A rotax engine works on smoke, when the smoke comes out it doesnt work anymore!
It will work.
There is no BMW V6 engine.
It is noise .
No it does not.
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Water is heated to produce steam. The steam is used to power the engine. The power from the engine does the work or powers other instruments that do the work.
VTEC may or may not work when the check engine light is on. It depends on why the check engine light is one. If it is on because of a problem with the VTEC system, then, no, it will not work properly.