Now the friends try a homework problem. Two identical cylinders with a mevable piston contain 0.8 mol of helium gas at a temperature of 300 K. The temperature of the gas in the first cylinder is increased to 412 K at constant volume by doing work W, and transferring energy Q₁, by heat. The temperature of the gas in the second cylinder is increased to 412 K at constant pressure by doing work W₂ while transferring energy Q₂ by heat. Find AEint, 1 Q1, and W, for the process at constant volume. AEint, 1 J J 3 9₁- W₁ = Find AEint, 2 Q2, and W₂ for the process at constant pressure. AEint, 2 3 2₂- W₂= ] J
Now the friends try a homework problem. Two identical cylinders with a mevable piston contain 0.8 mol of helium gas at a temperature of 300 K. The temperature of the gas in the first cylinder is increased to 412 K at constant volume by doing work W, and transferring energy Q₁, by heat. The temperature of the gas in the second cylinder is increased to 412 K at constant pressure by doing work W₂ while transferring energy Q₂ by heat. Find AEint, 1 Q1, and W, for the process at constant volume. AEint, 1 J J 3 9₁- W₁ = Find AEint, 2 Q2, and W₂ for the process at constant pressure. AEint, 2 3 2₂- W₂= ] J
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Two identical cylinders with a mevable piston contain 0.8 mol of helium gas at a temperature of 300 K. The temperature of the gas in the first cylinder is increased to 412 K at constant volume by doing
work W, and transferring energy Q, by heat. The temperature of the gas in the second cylinder is increased to 412 K at constant pressure by doing work W₂ while transferring energy Q₂ by heat.
Find AEint, 1 Q1, and W₁ for the process at constant volume.
AEint, 1 =
J
Q₁ =
J
W₁ =
Find AEint, 2, Q2, and W₂ for the process at constant pressure.
int, 2 =
ΔΕ
J
2₂=
J
W₂="
Transcribed Image Text:Now the friends try a homework problem.
Two identical cylinders with a mevable piston contain 0.8 mol of helium gas at a temperature of 300 K. The temperature of the gas in the first cylinder is increased to 412 K at constant volume by doing
work W, and transferring energy Q, by heat. The temperature of the gas in the second cylinder is increased to 412 K at constant pressure by doing work W₂ while transferring energy Q₂ by heat.
Find AEint, 1 Q1, and W₁ for the process at constant volume.
AEint, 1 =
J
Q₁ =
J
W₁ =
Find AEint, 2, Q2, and W₂ for the process at constant pressure.
int, 2 =
ΔΕ
J
2₂=
J
W₂=
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