4.8 (Use of the relative mass transfer resistance) 1 The overall gas-phase mass transfer coefficient in an absorption tower is Ky=5.35kmol/(h)(m2)(y) and 70% of the total mass transfer resistance is known to be in the gas-phase. The equilibrium relation is given by y=3.2x The total pressure is 760mmHg. Calculate (a) the individual gas-phase and liquid-phase mass transfer coefficients; (b) the overall liquid-phase mass transfer coefficient, Kx; ; and Problems 165 (c) the overall mass transfer coefficients, KO and K. The total molar concentration of the gas is 0.041kmol/m3; the bulk liquid is essentially water. 4.8 (Use of the relative mass transfer resistance) 1 The overall gas-phase mass transfer coefficient in an absorption tower is Ky=5.35kmol/(h)(m2)(y) and 70% of the total mass transfer resistance is known to be in the gas-phase. The equilibrium relation is given by y=3.2x The total pressure is 760mmHg. Calculate (a) the individual gas-phase and liquid-phase mass transfer coefficients; (b) the overall liquid-phase mass transfer coefficient, Kx; ; and Problems 165 (c) the overall mass transfer coefficients, KO and K. The total molar concentration of the gas is 0.041kmol/m3; the bulk liquid is essentially water