State and make a reversible isobaric expansion to state

Reference no: EM13191227

1 mol of an ideal gas starts in state A: (p=1atm, V=22.4L), make a reversible isobaric expansion to state B: (V=44.8L). make a reversible isochoric expansion to C: (p=0.5atm), and finally makes a reversible isothermal compression back to A. with Cvm= 3/2 R, find delta S for each step, and for the whole cycle.
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Also, if one of the steps are irreversible, can the cycle be performed, give thesame answers (since delta S is a state function), and still follow the laws of thermodynamics? Explain your answer.

Reference no: EM13191227

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