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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] 1 4 2 1; +--- 300 350 not to scale T [K]

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]
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Advanced Physics homework question answer, step 1, image 1From step 1→2, process is isothermal because tempreture is constant.step 2→3, process is isochoric because Volume is constant.step 3→4, process is isothermal because tempreture is constant.step 4→1, 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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