The volume is lower and the transport easier.
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.
As the temperature goes up, the oxygen molecules move around faster, but they do not turn into liquid. For that to happen, it needs to react with another element like Hydrogen for example.
Yes, when the temperature is reduced, oxygen undergoes a physical change from a gas to a liquid state. This change in state is reversible, meaning that when the temperature increases back to normal levels, oxygen will revert from a liquid back to a gas.
Oxygen is a gas at room temperature and pressure, so it does not have a solid or liquid texture. In its solid form, oxygen is a pale blue crystalline solid called dry ice or solid oxygen. In its liquid form, oxygen is a pale blue liquid.
When liquid oxygen is warmed, it evaporates and turns back into gaseous oxygen. This is because the boiling point of oxygen is -183 degrees Celsius, so any increase in temperature above this point will cause it to change state.
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.
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.
Actually, what you breathe in is a mixture of nitrogen (~79%) and oxygen (~21%). It means that both of them (therefore oxygen, too) are in gaseous stat (not liquid).
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 transport as a liquid is not practical due to its low solubility in liquids. Oxygen is primarily transported in the body bound to hemoglobin in red blood cells. This allows for efficient transport of oxygen to tissues and organs.
At this temperature sulfur is liquid.
gas
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.
To make oxygen a liquid, it must be cooled to a temperature below its critical temperature of -118.57 degrees Celsius and be subjected to high pressure. This will cause the oxygen molecules to come close together and transition from a gas to a liquid state.
Oxygen is in liquid form depending on two things: 1- Pressure 2- Temperature Oxygen is kept in cryogenic tanks of all sizes . Ambient temperature outside of the storage tank is much higher than the liquid temperature. Due to the heat leak there is a natural tendancy for the liquid to warm up thus producing gaseous oxygen that contributes to a rise in pressure inside the tank. So, roughly, oxygen is in liquid phase from -297.4°F @ 1 atm. to -181°F and 731psi. Visit Air Liquide's page on Oxygen in the Related links below. Hope this helps !
Oxygen in the blood is transported by hemoglobin.
the critical temperature of oxygen is -118.6 C/ -155 F