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use table Table Derive expressions for the heat absorbed by the system for each of the following classes of reversible processes for one mole of an idea gas: (a) Case 1: Isothermal change in pressure (b) Case 2: Isobaric change in volume Hint: Case 1 with S = S(T,P); Case 2 with S = S(P,V) (c) Case 3: Isochoric (constant volume) change in temperature dV=Va dT-VB AP dS=CT dT-Va dP dU= (Cp-PVα) dT + V(PB - Ta) dP dH=Cp dT +V(I-Ta) dP dF=-(S+PVa) dT + VPB dP dG=-S dT + V dP

use table Table Derive expressions for the heat absorbed by the system for each of the following classes of reversible processes for one mole of an idea gas: (a) Case 1: Isothermal change in pressure (b) Case 2: Isobaric change in volume Hint: Case 1 with S = S(T,P); Case 2 with S = S(P,V) (c) Case 3: Isochoric (constant volume) change in temperature dV=Va dT-VB AP dS=CT dT-Va dP dU= (Cp-PVα) dT + V(PB - Ta) dP dH=Cp dT +V(I-Ta) dP dF=-(S+PVa) dT + VPB dP dG=-S dT + V dP

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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use table Table Derive expressions for the heat absorbed by the system for each of the following classes of reversible processes for one mole of an idea gas: (a) Case 1: Isothermal change in pressure (b) Case 2: Isobaric change in volume Hint: Case 1 with S = S(T,P); Case 2 with S = S(P,V) (c) Case 3: Isochoric (constant volume) change in temperature dV=Va dT-VB AP dS=CT dT-Va dP dU= (Cp-PVα) dT + V(PB - Ta) dP dH=Cp dT +V(I-Ta) dP dF=-(S+PVa) dT + VPB dP dG=-S dT + V dP
Transcribed Image Text:use table Table Derive expressions for the heat absorbed by the system for each of the following classes of reversible processes for one mole of an idea gas: (a) Case 1: Isothermal change in pressure (b) Case 2: Isobaric change in volume Hint: Case 1 with S = S(T,P); Case 2 with S = S(P,V) (c) Case 3: Isochoric (constant volume) change in temperature dV=Va dT-VB AP dS=CT dT-Va dP dU= (Cp-PVα) dT + V(PB - Ta) dP dH=Cp dT +V(I-Ta) dP dF=-(S+PVa) dT + VPB dP dG=-S dT + V dP
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