1
answer
0
watching
276
views
19 Nov 2019
The following is a temperature-composition Liquid vapor phase diagram of a binary system A-B. where z, refers to the mole fraction of component A in the mixture stable vapor phase exists in areas (choose I, II or III) = what is the boiling point of a solution of x_A = 0.2? T_b (degree C, no decimal) = 60 what is the vapor phase mole fraction of A in equilibrium with the solution of X_A = 0.2? yA(1 decimals) = 6 With two theoretical plates. Estimate the vapor phase mole fraction of A at the top of a factional distillation column? yA (2 decimals) = Using the phase diagram the last question estimate the ratio of amount of substance in the vapor phase to the amour in the liquid phase if a mixture with mole fraction Z_A = 0.3 is maintained at 60 degree C. Choose the best answer below 1:3 3:1 1:4 4:1
The following is a temperature-composition Liquid vapor phase diagram of a binary system A-B. where z, refers to the mole fraction of component A in the mixture stable vapor phase exists in areas (choose I, II or III) = what is the boiling point of a solution of x_A = 0.2? T_b (degree C, no decimal) = 60 what is the vapor phase mole fraction of A in equilibrium with the solution of X_A = 0.2? yA(1 decimals) = 6 With two theoretical plates. Estimate the vapor phase mole fraction of A at the top of a factional distillation column? yA (2 decimals) = Using the phase diagram the last question estimate the ratio of amount of substance in the vapor phase to the amour in the liquid phase if a mixture with mole fraction Z_A = 0.3 is maintained at 60 degree C. Choose the best answer below 1:3 3:1 1:4 4:1
Irving HeathcoteLv2
15 Oct 2019