What specifically about a momentary explosion pressurizes gas?
FORCE.....
Gas requires FORCE to be pressurized. A container simply applies force to the gas via Newton's third law. The gas is trying to expand, and the container is pushing back with equal and opposite force.
Force is what causes gas to pressurize and force is what keeps gas under pressure.... A container is simply a device that applies force to the gas, but it's not required to create and sustain pressure.... Only force is required.
Now... Can you think of any FORCE that might be applying constant steady pressure to the atmosphere of Earth?
Please show me an experiment where "force" is keeping gas under pressure without a container.
I did.... It's an explosion.... The gas is kept under pressure for as long as force is being applied.
You can say it's only temporary, but gas in a container is not permanently pressurized either... because eventually the container will fail and stop applying force to the gas.
It's the exact same principle with both. The gas will remain pressurized for as long as force is applied....
So I'll ask you again... Is there any force you can think of that would be putting constant uninterrupted pressure on the atmosphere?
Explosion is a momentary even, then all the pressure equalizes. What is wrong with you?
What specifically about a momentary explosion pressurizes gas?
FORCE.....
Gas requires FORCE to be pressurized. A container simply applies force to the gas via Newton's third law. The gas is trying to expand, and the container is pushing back with equal and opposite force.
Force is what causes gas to pressurize and force is what keeps gas under pressure.... A container is simply a device that applies force to the gas, but it's not required to create and sustain pressure.... Only force is required.
Now... Can you think of any FORCE that might be applying constant steady pressure to the atmosphere of Earth?
LOL, nice word salad. This is where experiment comes in. Please show me an experiment where "force" is keeping gas under pressure without a container.
There should be hundreds, but there are zero, Because it is impossible, except in your religion that no one can test.
I did.... It's an explosion.... The gas is kept under pressure for as long as force is being applied.
You can say it's only temporary, but gas in a container is not permanently pressurized either... because eventually the container will fail and stop applying force to the gas.
It's the exact same principle with both. The gas will remain pressurized for as long as force is applied....
So I'll ask you again... Is there any force you can think of that would be putting constant uninterrupted pressure on the atmosphere?
That is like jumping out of the window and claiming you are flying.
You are either really stupid or a paid shill to spread non-sense to brain dead NPCs.