Calculate work made by 1.75 moles of ideal gas in the isothermal cycle shown in P-V diagram below. AB path expansion is reversible, BC path is under constant volume, and CA path is isobaric. Temperature is 600 K, V₁ = 100 L, V₂ = 500 L.
Calculate work made by 1.75 moles of ideal gas in the isothermal cycle shown in P-V diagram below. AB path expansion is reversible, BC path is under constant volume, and CA path is isobaric. Temperature is 600 K, V₁ = 100 L, V₂ = 500 L.
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![Calculate work made by 1.75 moles of ideal gas in the isothermal cycle
shown in P-V diagram below. AB path expansion is reversible, BC path is
under constant volume, and CA path is isobaric. Temperature is 600 K, V₁
=
100 L, V₂ = 500 L.
2
Pressure,
P
'~
P₁, V₁
1
A
V₁
1
C
B
P2, V ₂
Volume, VV₂](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F2ff381a6-3bfc-4cf3-a4c0-e2e0d1126ffb%2F14517abb-68c4-4f59-8ece-4c5b11ae3b6d%2F31pvwki_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Calculate work made by 1.75 moles of ideal gas in the isothermal cycle
shown in P-V diagram below. AB path expansion is reversible, BC path is
under constant volume, and CA path is isobaric. Temperature is 600 K, V₁
=
100 L, V₂ = 500 L.
2
Pressure,
P
'~
P₁, V₁
1
A
V₁
1
C
B
P2, V ₂
Volume, VV₂
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