Your question makes little sense.
If a cylinder holds 6 cubic meters of nitrogen at one atmosphere pressure the volume of the cylinder is 6 cubic meters.
However as 150 newtons per squsre meter = 150 Pascals = 0.001480384754 atmospheres, if you took 6 cubic meters of nitrogen at this pressure and then increased the pressure to 1 atmosphere the volue would shrink (because the volume of a gas is inversely proportional to the pressure) from 6 cubic meters to 0.008882308524 cubic meters.
2,000 psig
Using a pressure guage to determine the pressure of the gas inside, as thepressure decreases you can tell that it is getting empty. Another way is if you know the weight of the empty cylinder weigh the cyleinder and the difference gives you how much nitrogen is in it.
Because if it wasn't the atmosphere would be more flammible. If there was no nitrogen or other unfammable gas in the air a single spark would blow up the planet. Also nitrogen doubles as being necissary for most forms of life. Nitrogen also helps sea-level's pressure be exactly that, sea-level's pressure.
Oxygen and Nitrogen from the air react at engine temperature. This makes nitrogen monoxide which, when it is released into the atmosphere reacts with more oxygen in the air to form nitrogen dioxide :)
ATM stands for atmosphere, such as in atmospheric pressure.
...whatever pressure it was filled to...
colour of solar cooker
Gh
2,000 psig
.78
Liquid nitrogen can be kept at room temperature at sufficient pressure. Otherwise, it is a gas.
Nitrogen must also have its pressure regulated before it can be used. The pressure in the cylinder is too great to be connected to a system. If a person allowed nitrogen under cylinder pressure to enter a refrigeration system, the pressure could burst some weak point in the system.
Nitrogen must also have its pressure regulated before it can be used. The pressure in the cylinder is too great to be connected to a system. If a person allowed nitrogen under cylinder pressure to enter a refrigeration system, the pressure could burst some weak point in the system.
The atmosphere of Earth contains about 78.08% nitrogen. There has been no other place found that has this nitrogen in abundance, with Mars having only 3% as a remainder of its thin and low-pressure atmosphere.
Using a pressure guage to determine the pressure of the gas inside, as thepressure decreases you can tell that it is getting empty. Another way is if you know the weight of the empty cylinder weigh the cyleinder and the difference gives you how much nitrogen is in it.
The same reason every other gas in a scuba cylinder is compressed. If a cylinder is pressurized, then the gas in it is compressed by definition. If it is not pressurized, then there is obviously no gas in the cylinder to breath.
The pressure would double in size.