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Combustion in a gas engine involves igniting a fuel-air mixture to generate high-temperature gas that drives a piston, converting chemical energy into mechanical energy.
Combustion in a gas engine occurs through a process where a fuel-air mixture is compressed to a high pressure and then ignited either by a spark or by heating caused by compression. This ignition leads to a combustion process that converts the energy in the fuel into high-temperature gas, which exerts pressure on a piston connected to a crankshaft, thus generating mechanical energy.
The internal combustion engine operates in a cycle involving intake, compression, ignition, power, and exhaust strokes. During the power stroke, the air-fuel mixture is ignited, converting chemical potential energy into thermal energy that increases pressure, driving the piston to exert force and do work.
In a gas engine, the combustion reaction of the fuel such as gasoline releases heat when ignited by a spark plug. This heat energy is used to power the engine by generating high-pressure gas that drives the piston, ultimately converting chemical energy into mechanical energy.
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