Yes, that's correct. Liquid fuel and an oxidizer are burned in the rocket engine's combustion chamber to create high-pressure exhaust gases that are expelled out of the nozzle at high speed, generating thrust that propels the rocket forward.
The combustion engine in a car works by burning fuel (usually gasoline) in a controlled explosion. This explosion creates hot gases that push pistons up and down, which then turn the car's wheels and propel it forward.
Yes, in a practical heat engine cycle, the energy input is obtained from the energy released by the combustion of a fuel with air. This combustion process creates high-temperature gases that expand and drive the engine, converting the thermal energy into mechanical work.
In a gasoline engine, the correct energy conversion sequence is as follows: chemical energy in gasoline is converted to thermal energy through combustion in the engine cylinders, which then creates mechanical energy to drive the car via the pistons and crankshaft.
In an internal combustion engine, the burning of fuel in the combustion chamber generates high temperature and pressure gases that transfer thermal energy to move the pistons. This movement creates mechanical work that drives the engine and provides power for vehicles or other applications.
Internal combustion engines generate mechanical energy through the controlled explosion of fuel and air inside the engine's cylinders. This mechanical energy is then converted into kinetic energy to power the vehicle.
Chemical rocket
Chemical rocket
In internal-combustion engines, the mixing of fuel with air or some other oxidizer within the engine in order to achieve complete and rapid combustion of the fuel.
Most cars use an internal combustion engine or variance thereof to operate. An internal combustion engine works by using combustible fuel, such as fossil fuels, and combining this with a fuel oxidizer. The combination of the two creates high pressure and high temperatures to move different parts of the engine (pistons, turbine blades etc).
Liquid oxygen (LOX) is commonly used as an oxidizer in rocket engines due to its high oxidizing power and high density, which allows for efficient combustion reactions in the engine.
with combustion .. their are 3 componats of combustion -gas - air - and spark .. which creates combustion
a combustion engine is anything that runs on a "combustible fuel" or flammable which creates pressure in the engine to cause it to run. so an answer to your question is combustion engines are used for everything
The combustion chamber of a rocket is the part of the engine where fuel and oxidizer are mixed and burned to produce hot, high-pressure gas that is expelled through the nozzle to create thrust. It is a critical component that helps propel the rocket into space.
The waste products of combustion leave the internal combustion engine through the exhaust valve.
An external combustion engine is where something is burning outside of the actual engine and the energy is transmitted to the engine via something. (e.g. boiler creates steam that goes to the engine a.k.a. steam engine) In an internal combustion engine, the burning happens in the actual cylinders of the engine. (e.g. car engine)
No, nitrous oxide does not support combustion. In fact, it is used as an oxidizer in racing cars to increase the power output of the engine without increasing the amount of fuel used.
No, the steam engine is an external combustion engine because the steam is heated by heat generated by combustion outside externally through heat transfer. A spark ignition engine is an example of an internal combustion engine.