2. a) Prove that: dS= ,dP+ T OP T ov b) For ideal gas with constant capacities, use the above equation to derive the PV relation for an isentropic process: PV' =C c) Show that the equation of part (a)...

2. a) Prove that: dS= ,dP+<br>T OP<br>T ov<br>b) For ideal gas with constant capacities, use the above equation to derive the PV<br>relation for an isentropic process: PV' =C<br>c) Show that the equation of part (a) may also be written:<br>T<br>T dS =C, , [dP-y(),dV]<br>

Extracted text: 2. a) Prove that: dS= ,dP+ T OP T ov b) For ideal gas with constant capacities, use the above equation to derive the PV relation for an isentropic process: PV' =C c) Show that the equation of part (a) may also be written: T T dS =C, , [dP-y(),dV]

Jun 10, 2022

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2. a) Prove that: dS= ,dP+ T OP T ov b) For ideal gas with constant capacities, use the above equation to derive the PV relation for an isentropic process: PV' =C c) Show that the equation of part (a)...

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