A liquid stream containing $52\mathrm{.}0$ molel$6$ benzene and the balance toluene at $30\mathrm{.}0C$ is fed to a continuous single$-$stape evaporator at a

rate of $1320mo\frac{l}{s}.$ The liquid and vapor streams leaving the evaporator are both at $99\mathrm{.}0C.$ The liquid phase leaving the evaporator is

measured to be $32\mathrm{.}5$ male $96$ benzene.

Physical Progerty Tables

Pressure and Vapor Composition

Correct

If the system obeys Raoult's Law and is in steady state, what are the operating pressure and vapor phase composition?

$P=,mmHz$

eTextbook and Medla

Hint

Enthalpy Table

Your answer is partially correct.

Prspare and fill in an inlet$-$outlet enthalpy table. Talos the inlat condition as the refersnce state for each species.

Please help find the n $($mol$/$s$)$ for the out.