For a system in which component A is transferring from the gas phase to the liquid phase, the equilibrium relation is Xi = 0.8x4. At a certain point in the system, the bulk gas phase contains 9 mol% A and the bulk liquid phase contains. 4.5 mol of it. The individual liquid film mass transfer coefficient is K = 2.4 x 10-3 kmoms and 50% of the overall mass transfer resistance occurs in the liquid phase. Calculate: (a) the overall mass transfer coefficients for liquid and gas phase. Kol and Koc: (b) the molar flux of A: (c) the interfacial composition. Yai and XAN For a system in which component A is transferring from the gas phase to the liquid phase, the equilibrium relation is Xi = 0.8x4. At a certain point in the system, the bulk gas phase contains 9 mol% A and the bulk liquid phase contains. 4.5 mol of it. The individual liquid film mass transfer coefficient is K = 2.4 x 10-3 kmoms and 50% of the overall mass transfer resistance occurs in the liquid phase. Calculate: (a) the overall mass transfer coefficients for liquid and gas phase. Kol and Koc: (b) the molar flux of A: (c) the interfacial composition. Yai and XAN