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A rocket typically has multiple fuel tanks, with some rockets having separate tanks for liquid oxygen and rocket fuel. The number of fuel tanks can vary depending on the design and size of the rocket, but there are usually at least two separate tanks for different propellants.
A spaceship can use different types of fuel depending on its design and mission requirements. Common propellants include liquid hydrogen, kerosene, and solid rocket fuel. Some advanced spacecraft may use ion propulsion systems that use xenon gas as fuel.
Rocket engines can vary, but some common types include liquid fuel engines (using liquid fuel and oxidizer) and solid fuel engines (using a solid propellant). Each type has its own advantages and disadvantages, based on factors like thrust, efficiency, and complexity.
The heavier it is the stronger the engine has to be. And the stronger the engine the more fuel will it burn. And the more fuel it burns the more fuel has to be carried in the rocket. And the more fuel the rocket has to lift the stronger the engine has to be. While some Spacecrafts are not light weight such as the Apollo 11 But is the Largest And Fastest That Got to the moon
Some examples of rocket fuels include liquid hydrogen, kerosene, liquid oxygen, and solid propellants such as ammonium perchlorate composite propellant (APCP) or solid rocket boosters. The choice of rocket fuel depends on factors like the specific mission requirements, efficiency, and safety considerations.
A rocket typically has multiple fuel tanks, with some rockets having separate tanks for liquid oxygen and rocket fuel. The number of fuel tanks can vary depending on the design and size of the rocket, but there are usually at least two separate tanks for different propellants.
because there are many kinds of fuels
A spaceship can use different types of fuel depending on its design and mission requirements. Common propellants include liquid hydrogen, kerosene, and solid rocket fuel. Some advanced spacecraft may use ion propulsion systems that use xenon gas as fuel.
Um... chemistry. Anything that burns quickly can be used as a rocket fuel (obviously, some things are better than others).
First, fuel is anything combustible. So there are two types of fuel: renewable and none-renewable fuel.
Rockets primarily use chemical energy by burning a combination of fuel and oxidizer to produce thrust for propulsion.
It depends. Some rocket engines have a single stage, some have 3 or more. Staging allows for the overall weight of the vehicle to be reduced by dropping off parts of the rocket and continuing on with smaller rocket engines and less fuel.
There are various types/combinations of rocket fuels. The most popular one is Hydrogen which was used by the Space Shuttle. But there are some hydrocarbon fuels as well that are used in rocket engines (for example RP-1 used by the Soyuz rocket). By asking specifically about rocket fuel I assume that you make the distinction between fuel and oxidizer (because a rocket engine generally uses both fuel and oxidizer in contrast with gas turbine engines who takes its oxidizer from atmospheric air). All in all, the answer is not as straight forward as you might expect: certain rocket fuels (see RP-1 like fuels) are very similar to jet fuel so they can be used as fuels in gas turbine engines. Other fuels like hydrogen or hydrazine can't be used in current gas turbine engines. But it is not impossible to have in the future gas turbine engines that uses hydrogen or some other fuels used in rocket engines.
what are some different types of mainframes
somethinjg that burns good, soaked in gas, and compressed.
Rocket engines can vary, but some common types include liquid fuel engines (using liquid fuel and oxidizer) and solid fuel engines (using a solid propellant). Each type has its own advantages and disadvantages, based on factors like thrust, efficiency, and complexity.
The heavier it is the stronger the engine has to be. And the stronger the engine the more fuel will it burn. And the more fuel it burns the more fuel has to be carried in the rocket. And the more fuel the rocket has to lift the stronger the engine has to be. While some Spacecrafts are not light weight such as the Apollo 11 But is the Largest And Fastest That Got to the moon