Liquid Oxygen and Liquid Hydrogen are used as rocket fuel as it is the most effecient way to thrust rockets into space, Liquid Nitrogen is not transported into space.
Oxygen is transported as a liquid in a rocket ship because liquid oxygen is more dense and takes up less space than gaseous oxygen, allowing for more efficient storage in the limited space of a rocket. Additionally, liquid oxygen is more stable and easier to control during the combustion process in the rocket engine.
Liquid Nitrogen is used in a Space Shuttle to cool down the Space Shuttle Main Engine's (SSME) Main Combustion Chamber (MCC) because the temperatures experienced during lift exceed 3,315 degrees Celcius or 6,000 degrees Fahrenheit. If Liquid Nitrogen was not used the SSME would warp in shape and melt.
Oxygen is transported as a liquid at low temperatures because it takes up less space in its liquid state compared to its gaseous state, making it more efficient for storage and transportation in large quantities. Liquid oxygen also has a higher density and allows for more oxygen to be stored in a given volume. This liquid form makes it easier to transport and handle large amounts of oxygen for industrial and medical purposes.
Oxygen and nitrogen are elements, not matter in themselves. Matter refers to anything that has mass and takes up space, which includes elements like oxygen and nitrogen, as well as compounds and mixtures.
Liquid oxygen is used in space shuttles as an oxidizer for the spacecraft's fuel, typically liquid hydrogen. When mixed and ignited, liquid oxygen and liquid hydrogen create a powerful and efficient chemical reaction that generates the necessary thrust for the shuttle to break free of Earth's gravity and enter space. It is a highly efficient and reliable propellant choice for space missions.
Oxygen is transported as a liquid in a rocket ship because liquid oxygen is more dense and takes up less space than gaseous oxygen, allowing for more efficient storage in the limited space of a rocket. Additionally, liquid oxygen is more stable and easier to control during the combustion process in the rocket engine.
Oxygen can be transported into space as a liquid because it occupies less volume when in liquid form compared to gas form. This makes it more efficient for storage and transportation in spacecraft. Liquid oxygen is also easier to handle and can be used as a propellant for rocket engines.
The space shuttle used a mixture of liquid hydrogen and liquid oxygen as fuel for its main engines. These propellants are combustion products of a chemical reaction that produces high thrust for the shuttle's liftoff and orbital maneuvers.
The space shuttle uses liquid nitrogen and liquid oxygen as fuel. Generally a sufficient quantity of fuel is carried but if need be re-fuelling can be done in space.
Nitrogen displaces oxygen in the confined space, leading to a lack of oxygen in the bloodstream when breathed in by the person. This can rapidly lead to unconsciousness and ultimately death due to oxygen deprivation. Nitrogen itself is not toxic, but the lack of oxygen is what causes harm.
Liquid Nitrogen is used in a Space Shuttle to cool down the Space Shuttle Main Engine's (SSME) Main Combustion Chamber (MCC) because the temperatures experienced during lift exceed 3,315 degrees Celcius or 6,000 degrees Fahrenheit. If Liquid Nitrogen was not used the SSME would warp in shape and melt.
In general ... No. Gaseous Nitrogen has little or no place in an near future space settlements. It is not needed in current space ventures - except to reduce oxygen partial pressure near the Earth's surface.
Liquid oxygen and liquid nitrogen are carried on board in two systems of pressurized tanks. The cabin pressurization system combines the gases in the correct mixture at normal atmospheric pressure. While in orbit, only one oxygen system and one nitrogen system are used to pressurize the orbiter. During launch and landing, both systems of each gas are used. For more info about the space shuttle, see the Related Link below.
Oxygen is transported as a liquid at low temperatures because it takes up less space in its liquid state compared to its gaseous state, making it more efficient for storage and transportation in large quantities. Liquid oxygen also has a higher density and allows for more oxygen to be stored in a given volume. This liquid form makes it easier to transport and handle large amounts of oxygen for industrial and medical purposes.
Oxygen and nitrogen are elements, not matter in themselves. Matter refers to anything that has mass and takes up space, which includes elements like oxygen and nitrogen, as well as compounds and mixtures.
The expansion rate of liquid nitrogen is 697 to 1.
Earth's atmosphere is 20 percent oxygen and 80 percent nitrogen. In space, there is no oxygen due to the lack of gravity to help it form.