There is no air, and thus no oxygen, in outer space, so the rocket needs to bring its own oxygen to burn its fuel.
The rocket carries its own supply of oxygen with which to burn the fuel.
it carries food,the oxygen tank and some things astronauts need
There is no oxygen or air in space so the shuttle has to have its own supply.
Since there is no significant amount of oxygen in outer space, the rocket has to take all the oxygen it needs with it.
A rocket is a type of engine that pushes itself forward or upward by producing thrust. Unlike a jet engine, which draws in outside air, a rocket engine uses only the substances carried within it. As a result, a rocket can operate in outer space, where there is almost no air. A rocket can produce more power for its size than any other kind of engine. It can carry people and equipment into space. That is why there is aneed for using rocket to go to spce.
Rocket fuel contains oxygen, which is not found in space. A rocket in space could theoretically work in space if it were to carry its own oxygen, but other fuels such as hydrogen are more efficient.
Rocket motors carry their own oxygen supply (oxygen is important for combustion), whereas automobile engines do not - they draw their oxygen from the air taken in from outside the vehicle.
The rocket carries its own supply of oxygen with which to burn the fuel.
A rocket has it's own supply of oxygen.
A rocket has it's own supply of oxygen.
Yes. Solid rocket fuel contains its own oxidizer.
in order with which to burn the rocket fuel with
it carries food,the oxygen tank and some things astronauts need
it carries food,the oxygen tank and some things astronauts need
There is no oxygen or air in space so the shuttle has to have its own supply.
a rocket may carry space equipment
Fire does indeed need oxygen to burn in the presence of atmospheric air on Earth. However, the fire in a rocket burning in space is different from the typical combustion that occurs on Earth. The flames we see when something burns on Earth are the result of combustion involving oxygen from the surrounding air. In space, there is no atmospheric air, and therefore no free oxygen available for combustion. So, if you were to light a match or a candle in the vacuum of space, it wouldn't produce a flame as we know it on Earth. However, rockets are equipped with their own oxidizers, which are substances that provide the necessary oxygen to support combustion. The most common rocket fuel used is a combination of liquid or solid fuel and an oxidizer, such as liquid oxygen (LOX), liquid hydrogen, or solid propellants. In the case of liquid oxygen, it is stored onboard the rocket in a separate tank from the fuel. When the rocket engines are ignited, the fuel and oxidizer are mixed and ignited together in a controlled manner. This chemical reaction releases a large amount of energy, creating hot gases that are expelled through the rocket's nozzles at high speeds, providing the necessary thrust for the rocket to move forward. Since rockets carry their own oxidizers and don't rely on atmospheric oxygen, they can operate in the vacuum of space, where there is no air or atmosphere. This allows them to travel beyond Earth's atmosphere and into space.