Procesos de Sistemas Cerrados

$$dU=\delta Q - \delta W \Rightarrow \Delta U = Q-W$$

$$\delta W = P \: dV \Rightarrow W = \int PdV$$

$$dU=Cv \: dT \Rightarrow \Delta U = \int CvdT$$

$$dH=Cp \: dT \Rightarrow \Delta H = \int CpdT$$

Para Gases Ideales:

$$C_P=C_V+R$$

$$\gamma = \frac{C_P}{C_V}$$

$$C_p=a+bT+cT^2$$

$$C_p= \alpha + \beta T + \gamma T^{-2}$$

$$C_{P_{\text{MEZCLA}}}=y_ACp'_A+y_BCp'_B+...+y_iCp'_i \:\:\:\: \text{donde } \sum y_i=1$$