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+
+clc
+//initialization of variables
+Dl=1.9*10^-5// Diffusion co efficient for liquid phase in cm^2/sec
+Dg = 0.090 //Diffusion co efficient for gas phase in cm^2/sec
+R = 82 // Gas constant in cm^3-atm/g-mol-K
+T = 363 //Temperature in Kelvin
+H1 = 0.70 // Henrys constant in atm
+c = 1/97 // concentration of water in g-mol/cm^3
+//Calculations
+kl = (Dl/0.01)*c // m.t.c in liquid phase in mol/cm^2/sec
+kp = (Dg/0.1)/(R*T)// m.t.c in gas phase in gmol/cm^2-sec-atm
+KL = 1/((1/kl)+(1/(kp*H1)))*10^5// Overall m.t.c in x*10^-5 mol/cm^2-secliquid phase
+//Results
+printf("The overall m.t.c in liquid side is %.2f x10^-5 mol/cm^2-sec",KL)// answer wrong in textbook