Continuation of the previous problem (b) How much work is performed as the system moves from A B C A per cycle, that is, what is w for the cycle? Report your answer in J.
Continuation of the previous problem (b) How much work is performed as the system moves from A B C A per cycle, that is, what is w for the cycle? Report your answer in J.
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Question
Transcribed Image Text:One mole of an ideal gas is compressed from 24.0 L to 10.0 L at a constant pressure of 0.850 bars (step 1 in the graph below, A to B). Next,
the gas is heated at constant volume from a pressure of 0.850 bars to 2.04 bars (step 2, B to C). Finally the gas expands isothermally back
to a volume of 24.0 L at 0.850 bars (step 3, C to A).
2.04 bars
0.850 bars
C
Step 2
B
Step 3
Step 1
A
V
10.0 L
24.0 L
(a) What is the temperature of the gas at points A and C (it is the same at both points)?
Transcribed Image Text:Continuation of the previous problem
(b) How much work is performed as the system moves from A B C → A per cycle, that is, what is w for the cycle? Report your answer
in J.
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