In the P-Vdiagram show, moles of a gas are taken through a process fro

1.	In the P-Vdiagram show, moles of a gas are taken through a process from state i to f, at constant pressure. Part of the heat must have gone into doing the work PΔV, and the rest in increasing the internal energy. If the molar specific heat at constant volume for the gas is CV, and the initial total internal energy is Ui, what is the final internal energy Uf?
Answer» In the P-Vdiagram show, moles of a gas are taken through a process from state i to f, at constant pressure. Part of the heat must have gone into doing the work $P Δ V$ , and the rest in increasing the internal energy. If the molar specific heat at constant volume for the gas is $C_{V}$ , and the initial total internal energy is $U_{i}$ , what is the final internal energy $U_{f}$ ?

In the P-Vdiagram show, moles of a gas are taken through a process from state i to f, at constant pressure. Part of the heat must have gone into doing the work PΔV, and the rest in increasing the internal energy. If the molar specific heat at constant volume for the gas is CV, and the initial total internal energy is Ui, what is the final internal energy Uf?

Answer»

In the P-Vdiagram show, moles of a gas are taken through a process from state i to f, at constant pressure. Part of the heat must have gone into doing the work $P Δ V$ , and the rest in increasing the internal energy. If the molar specific heat at constant volume for the gas is $C_{V}$ , and the initial total internal energy is $U_{i}$ , what is the final internal energy $U_{f}$ ?

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