Yes - even to a liquid. A solid is also possible but is not practical on Earth.
Compressed oxygen is defined as oxygen that has been pressurized into a container, such as a cylinder or tank, for storage and transportation. This compressed gas is used for medical purposes, industrial applications, and in various other settings where a portable supply of oxygen is needed.
actually compressed oxygen does actually have weight.
Oxygen can be supplied to a client through an oxygen concentrator, compressed gas cylinders, or liquid oxygen systems.
Oxygen gas in a syringe can be compressed to a smaller volume because gases are highly compressible compared to liquids and solids. When the volume of the syringe is reduced, the gas molecules are forced closer together, leading to an increase in pressure and a decrease in volume.
Yes as the oxygen (gas) can be compressed into the very small container which is a property.
Astronauts use compressed oxygen mixed with nitrogen fo produce their breathing gas.
All gases are compressible. Depending on their state. Oxygen can be a gas, a solid or a liquid. Liquid oygen (very very cold) would not be compressible, solid oxygen (frozen) would not either but as a gas at standard conditions - room temperature and pressure - it can be compressed. For example, compressed oxygen is used in emergency vehicles to keep people alive if they are injured or sick. It is extremely flammable, almost explosive so no smoking near a compressed oxygen gas cylinder, OK?
CNG is compressed natural gas
Compressed medical air is not considered an inert gas. It is a mixture of gases, primarily oxygen and nitrogen, that is used for medical purposes to provide oxygen therapy to patients. Inert gases, like helium or argon, do not readily react with other substances.
When a gas is compressed, its particles are forced closer together, resulting in an increase in pressure and temperature. Compressing a gas reduces its volume while maintaining the number of gas particles.
No one cares you nerd
Yes, compressed oxygen in a pressurized tank will show a decrease in pressure as the gas is released from the tank. This is due to the gas expanding to fill the space as it exits the tank, resulting in a decrease in pressure within the tank itself.