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One mole of an ideal gas (Cp//Cv = gamma...

One mole of an ideal gas (`C_p//C_v = gamma`) at absolute temperature `T_1` is adiabatically compressed from an initial pressure `P_1` to a final pressure `P_2`. The resulting temperature `T_2`, of the gas is given by:

A

`T_2=T_1(P_2/P_1)^(gamma/(gamma-1))`

B

`T_2=T_1(P_2/P_1)^((gamma-1)/gamma)`

C

`T_2=T_1(P_2/P_1)^gamma`

D

`T_2=T_1(P_2/P_1)^(gamma-1)`

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