20.17 In the figure V23 = 3V₁; n moles of a diatomic ideal gas are taken through the cycle with the molecules rotating but not oscillating. What are: (a) P₂/P₁, (b) p3/p₁ and (c) T3/T₁; For 1-2 find (d) W/nRT₁, (e) Q/nRT₁, (f) AEint/nRT₁, (g) AS/nR. For 2-3 find (h) W/nRT₁, (i) Q/nRT₁, (j) AEint/nRT₁, (k) AS/nR, For 3-1 find (1) W/nRT₁, (m) Q/nRT₁, (n)AEint/nRT₁, (o) AS/nR? (p) What is the efficiency of this cycle? Pressure Adiabatic Isothermal Volume MAR
20.17 In the figure V23 = 3V₁; n moles of a diatomic ideal gas are taken through the cycle with the molecules rotating but not oscillating. What are: (a) P₂/P₁, (b) p3/p₁ and (c) T3/T₁; For 1-2 find (d) W/nRT₁, (e) Q/nRT₁, (f) AEint/nRT₁, (g) AS/nR. For 2-3 find (h) W/nRT₁, (i) Q/nRT₁, (j) AEint/nRT₁, (k) AS/nR, For 3-1 find (1) W/nRT₁, (m) Q/nRT₁, (n)AEint/nRT₁, (o) AS/nR? (p) What is the efficiency of this cycle? Pressure Adiabatic Isothermal Volume MAR
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Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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Transcribed Image Text:20.17 In the figure V23 = 3V₁; n moles of a diatomic
ideal gas are taken through the cycle with the
molecules rotating but not oscillating. What are: (a)
P₂/P₁, (b) p3/p₁ and (c) T3/T₁; For 1-2 find (d) W/nRT₁,
(e) Q/nRT₁, (f) AEint/nRT₁, (g) AS/nR. For 2-3 find (h)
W/nRT₁, (i) Q/nRT₁, (j) AEint/nRT₁, (k) AS/nR, For 3-1
find (1) W/nRT₁, (m) Q/nRT₁, (n)AEint/nRT₁, (o) AS/nR?
(p) What is the efficiency of this cycle?
Pressure
Adiabatic
Isothermal
Volume
MAR
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