A closed container containing an ideal gas is divided into two volumes by a moving piston...

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A closed container containing an ideal gas is divided into two volumes by a moving piston that does not transmit heat (V = 100 cm, V = 200 cm). The initial temperature throughout the container is the same (for the two gases) and is To = 300 K and the initial pressure is also the same throughout the container (for the two gases) and is Po= 1.01 - 105 Pa Then, the smaller volume gas is cooled until it reaches T = 273 K, and the larger volume gas is heated until it reaches T = 373 K. Assuming that the final pressure of the two gases is the same, calculate this pressure. A closed container containing an ideal gas is divided into two volumes by a moving piston that does not transmit heat (V = 100 cm, V = 200 cm). The initial temperature throughout the container is the same (for the two gases) and is To = 300 K and the initial pressure is also the same throughout the container (for the two gases) and is Po= 1.01 - 105 Pa Then, the smaller volume gas is cooled until it reaches T = 273 K, and the larger volume gas is heated until it reaches T = 373 K. Assuming that the final pressure of the two gases is the same, calculate this pressure.

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Solutions Step 1 Explanation To solve this problem we can apply the idealgas law which states PVnRT ... View the full answer