2.) One mole of a diatomic gas goes through a cycle in four steps: as shown in the V-T diagram. a) Draw the cycle in the P-V diagram. b) Calculate the work done on the gas and the heat added in each step. Explain! c) What is a possible use of such a cyclic process? Open-ended question. V [L] 1 4 2 1; +--- 300 350 not to scale T [K]

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2.) One mole of a diatomic gas goes through a cycle in four steps:
as shown in the V - T diagram.
a) Draw the cycle in the P - V diagram.
b) Calculate the work done on the gas and the heat added in each step.
Explain!
c) What is a possible use of such a cyclic process? Open-ended question.
V [L] t
4
2
21
1:
300
4
350
not to scale
T [K]
Transcribed Image Text:2.) One mole of a diatomic gas goes through a cycle in four steps: as shown in the V - T diagram. a) Draw the cycle in the P - V diagram. b) Calculate the work done on the gas and the heat added in each step. Explain! c) What is a possible use of such a cyclic process? Open-ended question. V [L] t 4 2 21 1: 300 4 350 not to scale T [K]
Expert Solution
Part a)

Advanced Physics homework question answer, step 1, image 1From step 12, process is isothermal because tempreture is constant.step 23, process is isochoric because Volume is constant.step 34, process is isothermal because tempreture is constant.step 41, process is isochoric because Volume is constant.

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This is definitely incorrect. The PV diagram shows the cycle traveling in the wrong direction. For example, per the VT diagram, the pressure from 4 to 1 must decrease, as it is cooling off with constant volume. In the solutions PV diagram, the pressure from 4 to 1 is increasing.

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