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Second Law of Thermodynamics A diatomic ideal gas with 1 mole of gas working in a machine cycle, process 1→ 2 is isobaric, process 2→ 3 is isochoric, process 3 → 4 is isobaric, and process 4 → 5 is adiabatic. (a) Draw the cycle of the machine on the curve of the PV diagram. (b) Calculate the heat entering QH and the heat leaving QL in one cycle. (assume the heat capacity is constant).

Second Law of Thermodynamics A diatomic ideal gas with 1 mole of gas working in a machine cycle, process 1→ 2 is isobaric, process 2→ 3 is isochoric, process 3 → 4 is isobaric, and process 4 → 5 is adiabatic. (a) Draw the cycle of the machine on the curve of the PV diagram. (b) Calculate the heat entering QH and the heat leaving QL in one cycle. (assume the heat capacity is constant).

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Second Law of Thermodynamics A diatomic ideal gas with 1 mole of gas working in a machine cycle, process 1→ 2 is isobaric, process 2→ 3 is isochoric, process 3 → 4 is isobaric, and process 4 → 5 is adiabatic. (a) Draw the cycle of the machine on the curve of the PV diagram. (b) Calculate the heat entering QH and the heat leaving QL in one cycle. (assume the heat capacity is constant).
Transcribed Image Text:Second Law of Thermodynamics A diatomic ideal gas with 1 mole of gas working in a machine cycle, process 1→ 2 is isobaric, process 2→ 3 is isochoric, process 3 → 4 is isobaric, and process 4 → 5 is adiabatic. (a) Draw the cycle of the machine on the curve of the PV diagram. (b) Calculate the heat entering QH and the heat leaving QL in one cycle. (assume the heat capacity is constant).
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