1.

The performance equation of a PFR is ____a) \(\frac{F_{A_0}}{dV} = \frac{dX_A}{(-r_A)} \) b) \(\frac{dV}{F_{A_0}} = \frac{(-r_A)}{dX_A} \) c) \(\frac{F_{A_0}}{dV} = \frac{(-r_A)}{dX_A} \) d) \(\frac{F_{A_0}}{dX_A} = \frac{(-r_

A. \(\frac{F_{A_0}}{dV} = \frac{dX_A}{(-r_A)} \)
B. \(\frac{dV}{F_{A_0}} = \frac{(-r_A)}{dX_A} \)
C. \(\frac{F_{A_0}}{dV} = \frac{(-r_A)}{dX_A} \)
D. \(\frac{F_{A_0}}{dX_A} = \frac{(-r_A)}{dV} \)
Answer» D. \(\frac{F_{A_0}}{dX_A} = \frac{(-r_A)}{dV} \)


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