yes
Yes, argon is often used in rockets as a propellant or as a pressurant gas. It can be used for purposes such as pressurizing fuel tanks, providing a buffer gas in propulsion systems, or as a coolant in certain applications.
Rockets need to have oxygen, or another oxidizer, in order to burn fuel and create the necessary combustion for propulsion. The fuel and oxidizer are typically stored separately and mixed together in the combustion chamber to produce the chemical reaction needed for thrust.
I think I know what you're getting at... Rockets burn loads of fuel really quickly so we use jet engines in the atmosphere... The thing is that jet engines need oxygen to mix with fuel to burn it. Rocket engines contain their own oxygen which means that they are the most practical way for us to get into space.
Today's rockets use chemical fuel for this. That is, they burn something.
Oxidizer in rockets typically comes from liquid oxygen (LOX), which reacts with the fuel to produce combustion and generate thrust. This combination of fuel and oxidizer allows the rocket engines to burn efficiently in the vacuum of space.
Yes, argon is often used in rockets as a propellant or as a pressurant gas. It can be used for purposes such as pressurizing fuel tanks, providing a buffer gas in propulsion systems, or as a coolant in certain applications.
Rockets need to have oxygen, or another oxidizer, in order to burn fuel and create the necessary combustion for propulsion. The fuel and oxidizer are typically stored separately and mixed together in the combustion chamber to produce the chemical reaction needed for thrust.
oxygen
Rockets need a fuel source, such as liquid hydrogen or kerosene, and an oxidizer, such as liquid oxygen, to burn the fuel. The combination of fuel and oxidizer creates a chemical reaction that produces thrust, propelling the rocket forward. Additionally, rockets require an ignition source, such as a spark or heat, to initiate the combustion process.
The correct term is "solid propellant rocket". These are rockets that burn fuel that is not a liquid(or they are NOT liquid fuel rockets). These rockets have a fuel that is poured into the rocket case and turns to a solid. Once ignited, there is no stopping the burn or controlling it.A simple example of this is rocket you shoot on the 4th of July. It burns black powder that has been formed into a cardboard case.Whereas, a liquid fuel rocket can be controlled by varying the amount of fuel that is injected into the rocket motor.
in order with which to burn the rocket fuel with
I think I know what you're getting at... Rockets burn loads of fuel really quickly so we use jet engines in the atmosphere... The thing is that jet engines need oxygen to mix with fuel to burn it. Rocket engines contain their own oxygen which means that they are the most practical way for us to get into space.
They burn solid fuel in a small enclosed chamber with a shaped nozzle, or two kinds of liquid fuel that are lit in a small chamber.
Today's rockets use chemical fuel for this. That is, they burn something.
Primarily there are two types of fuels used in most rockets today. The space shuttle, at liftoff, uses both. Solid fuel and liquid fuel. Solid fuel rockets are much like the bottle rockets you can buy in a fireworks store. Once they are lit, the burn all of the fuel available and then burn out. The 2 white rockets on the side of the orange tank holding the space shuttle are Solid Rocket Boosters. The large orange tank that holds the space shuttle is full of liquid full that the shuttle uses as it lifts off into space. That fuel is actually liquid.
A solid fuel rocket engine is just what it sounds like. The fuel inside the rocket is completely solid. In a liquid fuel rocket the fuel is a liquid. Bottle Rockets that you can buy in many stores are fueled with Solid Fuel. Most liquid fuel rockets contain 2 different types of fuel. Once that fuel is mixed and ignited you get your thrust.
Oxidizer in rockets typically comes from liquid oxygen (LOX), which reacts with the fuel to produce combustion and generate thrust. This combination of fuel and oxidizer allows the rocket engines to burn efficiently in the vacuum of space.