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A liquid solution of A and B at the room temperature (300 K) obeys "regular solution" behavior. The activity coefficients of A and B in the liquid solution are given by, Iny 2.0(1-X) and Ins 2.0(1-XB).At the room temperature the vapor pressures of pure liquid A and B are 0.2 and 0.5 atm, respectively a) Calculate the total vapor pressure over a A-B solution containing 30 mol% B at the room temperature Calculate the composition of the vapor in equilibrium with that solution b) Show transcribed image text
A liquid solution of A and B at the room temperature (300 K) obeys "regular solution" behavior. The activity coefficients of A and B in the liquid solution are given by, Iny 2.0(1-X) and Ins 2.0(1-XB).At the room temperature the vapor pressures of pure liquid A and B are 0.2 and 0.5 atm, respectively a) Calculate the total vapor pressure over a A-B solution containing 30 mol% B at the room temperature Calculate the composition of the vapor in equilibrium with that solution b)
Show transcribed image text Jamar FerryLv2
9 Jul 2019