Calculating Force of Expanding Compressed Gas

AI Thread Summary
Calculating the force generated by expanding compressed gas requires specific details about pressure drop and volume expansion. The pressure exerted by the gas can be determined by integrating pressure over the surface area of the container. In simple systems, such as pistons, calculations are straightforward, but complex systems necessitate additional information for accurate force determination. Without these specifics, it remains unclear how to compute the force effectively. Overall, precise parameters are essential for an accurate calculation of force from expanding gas.
Quaboble
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Hello, is it possible to figure out how much force in Newtons is created when a compressed gas expands?
 
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Pressure is force per unit area...What is the pressure drop and the volume expansion?
 
Quaboble said:
Hello, is it possible to figure out how much force in Newtons is created when a compressed gas expands?

Without more details, no.
 
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Pressure drop? Not sure what that is :( Volume expansion is twice the original volume
 
Shooting star said:
Without more details, no.

More or less what he said.

When a gas is contained by some closed surface, the surface doesn't move because there is a force balance between the inside and ouside of the container. If you want, you could calculae the hydrostatic force exerted by the gas by integrating the pressure over the surface (which usually just amounts to multiplying the pressure by the area). But without a lot more details, it isn't clear how one would calculate the force on an expanding gas container. If it's a simple system like a piston, then the problem is fairly easy. For more complex systems...well, you'd have to give me a few more specific details before I could solve the problem.
 
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