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Rockets carry onboard oxygen for combustion to generate thrust, so they can run out of oxygen if not enough is supplied. However, in space, rockets do not need oxygen from the atmosphere to operate as they bring their own supply. Once the oxygen stored onboard is consumed, the rocket will no longer be able to generate thrust and will not be able to maneuver or maintain its intended trajectory.
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Why do rockets need to take their own supply of oxygen?
Rockets need to carry their own supply of oxygen because they travel through the vacuum of space where there is no atmosphere to provide oxygen for combustion. By carrying their own oxidizer, such as liquid oxygen, rockets can generate the thrust needed to propel themselves forward.
What is the use of oxygen in the rockets?
Oxygen is used in rockets as an oxidizer to facilitate the combustion of fuel. It helps to support the chemical reaction that generates thrust by combining with the fuel to release energy. This process allows rockets to generate the necessary propulsion for launch and space travel.
Why do rockets carry oxygen into space?
Rockets carry oxygen into space as part of their propellant mixture to enable combustion with the rocket's fuel. This reaction generates the necessary thrust to propel the rocket forward. Oxygen is crucial for combustion to occur in the rocket engine, allowing the propulsion system to function effectively in the vacuum of space.
What kind of engine carries its own supply of oxygen?
A rocket engine carries its own supply of oxidizer, which provides the oxygen needed for combustion to occur. This allows rockets to operate in the vacuum of space where there is no external source of oxygen.
What is the name of the fuel used in rocket?
Most rockets are powered by a mix of hydrogen and oxygen. The fuel is stored in liquid form in giant tanks. Some rockets are boosted by a solid fuel booster a mixture of aluminium, oxidiser, iron and a polymer to bind all the ingreadients together.
Why do rockets engines in space have to carry their own oxygen?
Fire needs oxygen in order to burn, and there is no oxygen in space, so rockets must take oxygen with them.
Why in rockets using oxygen?
because in outer space there is no oxygen
Why do rockets need to carry a supply of oxygen?
Rockets need oxygen to facilitate the chemical reaction for generating thrust. By combining oxygen with fuel in the combustion chamber, rockets produce the hot gases needed to propel the vehicle through space. This enables rockets to overcome the lack of atmospheric oxygen present in space.
What two fuels that rockets use and space shuttles?
Oxygen and hydrogen
What is liquefied to launch space rockets?
Oxygen, and sometimes hydrogen as well.
Why do space rockets carry a source of oxygen?
There is no oxygen in space, so spacecraft must carry oxygen with which to burn their fuel and, if they are manned, to allow the crew to breathe.
What gas do rockets need to help the fuel burn in outer space?
oxygen
Why do rockets carry a supple of oxygen with them into outer space?
so the people can breath
Why do rockets designed for space travel use oxygen as part of their fuel systems?
Rockets designed for space travel use oxygen as part of their fuel systems because the oxygen aids the combustion by acting as an electron acceptor. Liquid oxygen may also be used in rocket fuel sometimes.
Why do space rockets have to carry a supply of oxygen?
In space there is no oxygen. Space is a vacuum. All things like a rocket going to space, require a fuel to burn, oxygen and a heater. Since there is no oxygen is space they need to provide it for them. Meaning the reaction can take place correctly.
Why do rockets need to take their own supply of oxygen?
Rockets need to carry their own supply of oxygen because they travel through the vacuum of space where there is no atmosphere to provide oxygen for combustion. By carrying their own oxidizer, such as liquid oxygen, rockets can generate the thrust needed to propel themselves forward.
What is the use of oxygen in the rockets?
Oxygen is used in rockets as an oxidizer to facilitate the combustion of fuel. It helps to support the chemical reaction that generates thrust by combining with the fuel to release energy. This process allows rockets to generate the necessary propulsion for launch and space travel.
