Question

1. (70 pts total) A gas follows the equation of state: $$P = \frac{RT}{\bar{V}-b}$$ and its ideal-gas heat capacity at constant pressure is $C_p^{10} = c + eT$. The constants $b$, $c$, and $e$ are independent of temperature. 1.1. (45 pts) Obtain analytical expressions for differences in molar properties $\Delta U$, $\Delta H$ and $\Delta S$ for a general change of state of this gas from $(T_1, P_1)$ to $(T_2, P_2)$.

Name: 1 70 pts total a gas follows the equation of state p fracrtbarv b and its ideal gas heat capacity at constant pressure is cp10 c et the constants b c and e are independent of temperature 11 84685
Uploaded: 2022-01-15T07:58:08-08:00
Duration: 1 min 32 s
Channel: Manik Pulyani
Description: 1 70 pts total a gas follows the equation of state p fracrtbarv b and its ideal gas heat capacity at constant pressure is cp10 c et the constants b c and e are independent of temperature 11 84685

          1. (70 pts total) A gas follows the equation of state:
$$P = \frac{RT}{\bar{V}-b}$$
and its ideal-gas heat capacity at constant pressure is $C_p^{10} = c + eT$. The constants $b$, $c$, and $e$ are independent of temperature.
1.1. (45 pts) Obtain analytical expressions for differences in molar properties $\Delta U$, $\Delta H$ and $\Delta S$ for a general change of state of this gas from $(T_1, P_1)$ to $(T_2, P_2)$.

$1 70 pts total a gas follows the equation of state p fracrtbarv b and its ideal gas heat capacity at constant pressure is cp10 c et the constants b c and e are independent of temperature 11 84685$

Added by Rafael S.

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