In the chamber below, the volume is 20.5 L. What would the volume be if the temperature is increased to 500 K, the moles are reduced to 0.5, and the pressure is increased to 2.0 atm?
A.) 10.25 L
B.) 20.5 L
C.) 41.0 L
D.) 61.5 L

Doubling the temperature would double the volume while halving the number of moles would decrease the volume by half, so the changes produced by these two variables cancel each other out. Since pressure and volume are inversely proportional, doubling the pressure will cut the volume in half, reducing it from 20.5 to 10.25 L.

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In the chamber below, the volume is 20.5 L. What would the volume be if the temperature is increased to 500 K, the moles are reduced to 0.5, and the pressure is increased to 2.0 atm? A.) 10.25 L B.) 20.5 L C.) 41.0 L D.) 61.5 L

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In the chamber below, the volume is 20.5 L. What would the volume be if the temperature is increased to 500 K, the moles are reduced to 0.5, and the pressure is increased to 2.0 atm?
A.) 10.25 L
B.) 20.5 L
C.) 41.0 L
D.) 61.5 L