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Adrian Howard
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Compressing a gas that is not at absolute zero will increase its temperature because a finite volume of gas at a finite temperature has a set amount of heat energy. when that set amount of heat energy occupies a smaller space its temperature rises. Conversely when it occupies a larger space its temperature goes down. so both laws are reversible.

Compressing a gas that is not at absolute zero will increase its temperature because a finite volume of gas at a finite temperature has a set amount of heat energy. when that set amount of heat energy occupies a smaller space its temperature rises.

Compressing a gas that is not at absolute zero will increase its temperature because a finite volume of gas at a finite temperature has a set amount of heat energy. when that set amount of heat energy occupies a smaller space its temperature rises. Conversely when it occupies a larger space its temperature goes down. so both laws are reversible.

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Adrian Howard
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compressingCompressing a gas that is not at absolute zero will increase its mean temperature because a finite volume of gas at a finite temperature has a set amount of heat energy. when that set amount of heat energy occupies a smaller space its mean temperature rises.

compressing a gas that is not at absolute zero will increase its mean temperature because a finite volume of gas at a finite temperature has a set amount of heat energy. when that set amount of heat energy occupies a smaller space its mean temperature rises.

Compressing a gas that is not at absolute zero will increase its temperature because a finite volume of gas at a finite temperature has a set amount of heat energy. when that set amount of heat energy occupies a smaller space its temperature rises.

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Adrian Howard
  • 8.5k
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  • 28

compressing a gas that is not at absolute zero will increase its mean temperature because a finite volume of gas at a finite temperature has a set amount of heat energy. when that set amount of heat energy occupies a smaller space its mean temperature rises.