(3) [2] Ideal gas (1 mol) expanded adiabatically from the initial equilibrium with temperature, volume, and pressure of (T₁, V₁, P₁) to the final equilibrium with (T2, V2, P2). Show that the work done to the environment, using the heat capacity ratio y, is W = P1V1 γ γ

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(3) [2] Ideal gas (1 mol) expanded adiabatically from the initial equilibrium with temperature,
volume, and pressure of (T₁, V₁, P₁) to the final equilibrium with (T2, V2, P2). Show that the work
done to the environment, using the heat capacity ratio y, is
W =
P1V1
γ
γ
Transcribed Image Text:(3) [2] Ideal gas (1 mol) expanded adiabatically from the initial equilibrium with temperature, volume, and pressure of (T₁, V₁, P₁) to the final equilibrium with (T2, V2, P2). Show that the work done to the environment, using the heat capacity ratio y, is W = P1V1 γ γ
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