Because when hydrogen is burnt in oxygen - the only waste product is water !
Liquid nitrogen and oxygen are transported as liquids into space because they have a higher density in liquid form, allowing more of these gases to be packed into the spacecraft's tanks. This is important for providing sufficient breathable air and cooling systems for astronauts during space missions. Additionally, liquid nitrogen and oxygen have to be kept at very low temperatures for storage, and transporting them as liquids helps maintain those temperatures more effectively.
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.
The Vi liquid oxygen tank is a cryogenic storage tank designed to store and transport liquid oxygen. It is used in industrial, medical, and aerospace applications where a reliable and efficient supply of liquid oxygen is required. These tanks are insulated to keep the liquid oxygen at very low temperatures to maintain its liquid state.
Liquid oxygen is the same element as regular oxygen, they both consist of oxygen atoms. The difference lies in their physical state - liquid oxygen is oxygen that has been cooled to very low temperatures, around -183 degrees Celsius, causing it to change from a gas to a liquid state. Liquid oxygen is used primarily for industrial and medical applications where high concentrations of oxygen are needed in a compact form.
Yes, oxygen can exist in a liquid state at very low temperatures. Oxygen liquefies at around -183°C under normal atmospheric pressure. Liquid oxygen is used in various industrial and medical applications.
The space shuttle main engines (SSME) RS 24 engines use rocketdyne liquid hydrogen and liquid oxygen fuel in the engine that is designed in such a way that the engines are reusable.
Space shuttles use a combination of liquid hydrogen and liquid oxygen as fuel for their main engines. These two chemicals combine in a controlled combustion process to produce the thrust needed for the shuttle to launch and navigate through space.
The space shuttles that were first used in 1980 were Columbia and Challenger. Both space shuttles were part of NASA's Space Shuttle program and conducted various missions until the Challenger disaster in 1986.
Liquid Oxygen and liquid hydrogen in the fuel tank. The orbiter uses Monomethylhydrazine (MMH) and Nitrogen tetroxide or peroxide(N2o4).For takeoff the shuttle uses a hydrogen/ oxygen mixture. In orbit it uses a solid mixture of powdered aluminum and ammonium perchlorateAll current spacecraft use chemical rockets (bipropellant or solid-fuel) for launchLiquid O2
Space shuttles use fuel when taking off and for control while in orbit, deorbiting, and landing. The main takeoff engines use liquid hydrogen and liquid oxygen, and there are two solid-fuel rocket boosters. In orbit, the shuttle uses thrusters that burn hydrazine and nitrogen tetroxide.
space shuttles were made to be reusable, rockets were used only once
blast off
yes
If you mean on lift off, liquid oxygen is used to fuel the engines to get the shuttle into space. It reacts with liquid hydrogen to create the reaction needed to produce thrust. Normal air would not provide enough oxidizer for the rapid combustion in the shuttle engines. Much smaller tanks of oxygen are used to provide a pressurized living area for the crew to live in during the course of the mission.
space shuttles
the called space shuttles
Space shuttles and space stations are similar in that they are both used for space exploration and research. However, space shuttles are spacecraft designed for transport between Earth and space, while space stations are large structures designed for long-term habitation in space by astronauts. Additionally, space shuttles can return to Earth, while space stations remain in orbit.