1. For an irreversible process for one mole of monatomic ideal gas in a piston-cylinder system with heat-conductive walls that goes from State 1 (p = 4.0 atm, V = 4.0 L) to State 2 (p = 4.0 atm, V = 9.0 L): (A) (B) Calculate the change in internal energy for the system for this process. Calculate the change in entropy for the system for this process.

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1. For an irreversible process for one mole of monatomic ideal gas in a piston-cylinder system
with heat-conductive walls that goes from State 1 (p = 4.0 atm, V = 4.0 L) to State 2 (p = 4.0
atm, V = 9.0 L):
(A)
(B)
Calculate the change in internal energy for the system for this process.
Calculate the change in entropy for the system for this process.
Transcribed Image Text:1. For an irreversible process for one mole of monatomic ideal gas in a piston-cylinder system with heat-conductive walls that goes from State 1 (p = 4.0 atm, V = 4.0 L) to State 2 (p = 4.0 atm, V = 9.0 L): (A) (B) Calculate the change in internal energy for the system for this process. Calculate the change in entropy for the system for this process.
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