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An ideal monatomic gas (Cv =3/2 R, Cp=5/2R) is subject to the following steps: (A) The gas is heated reversibly at a constant pressure of 1 atm from...

An ideal monatomic gas (Cv =3/2 R, Cp=5/2R) is subject to the following steps:
(A) The gas is heated reversibly at a constant pressure of 1 atm from 25 C
to 100 0C. (In a reversible heating process direct heat flow must occur
between vanishingly small temperature differences, just as reversible
expansion and compression must involve infinitesimal differences in
pressure between the opposing pressure and the pressure of the gas.)
(B) The gas is expanded reversibly and isothermally to double its volume.
(C) Finally the gas is cooled reversible and adiabatically to 35 C.
Calculate delta U, delta H, q, and w for the whole process (A+B+C).

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