- #1
Flor
- 11
- 0
Hi,
May I ask you, i have a question about gases. Take a gas and give it under high pressure conditions. Then immediately give the same gas under no pressure conditions (some free space). Then my question is what will happen to the temperature of this gas? Can we observe the increase in temperature?
My idea behind this problem is connected with kinetic energy of gas particles. When you make a solid matter from a gas (gas is under very high pressure), then the particles are very close to each other. It is hard to move for these particles. Then you put this solid matter into the no pressure conditions. It will expand. The particles will start to move. Their kinetic energy will be higher. So the temperature will also be higher (maybe hundreds or thousands degrees of Celsius for some materials) for some time. We can compare it to a prisoner in a prison. If you open the prison, then there might be a hell.
Flor
May I ask you, i have a question about gases. Take a gas and give it under high pressure conditions. Then immediately give the same gas under no pressure conditions (some free space). Then my question is what will happen to the temperature of this gas? Can we observe the increase in temperature?
My idea behind this problem is connected with kinetic energy of gas particles. When you make a solid matter from a gas (gas is under very high pressure), then the particles are very close to each other. It is hard to move for these particles. Then you put this solid matter into the no pressure conditions. It will expand. The particles will start to move. Their kinetic energy will be higher. So the temperature will also be higher (maybe hundreds or thousands degrees of Celsius for some materials) for some time. We can compare it to a prisoner in a prison. If you open the prison, then there might be a hell.
Flor