The answer for C and D is correct but how do you solve to get those exact values... c)xA,i=0.0573 d)NA=6.415x10^-3

please do not solve giving different numbers as answers

1) In the absorption of component A (molecular weight = 60) from an airstream into an aqueous solution, the bulk compositions of the two adjacent streams at a point in the apparatus were analyzed to be Pag=0.1 atm and CAL= 1.0 kmol of A/m of solution. The total pressure was 2.0 atm; the density of the solution was 1100 kg/m'. The Henry's constant for these conditions was 0.85 atm/mole fraction. The overall mass trailsfer coefficient Ka - 0.27 kmol/m? h-atm. If 60% of the total resistance to mass transfer resides in the gas film, determine: (a) The gas-film individual coefficient, ka. Answer: kg = 0.125 mol/mas atm (b) The liquid-film coefficient, ku. Answer: 2 - 2.705 x 10 m/s (c) The concentration on the liquid side of the interface, X. Answer:u= 0.0573 (d) The molar flux of A. Answer: N - 6.415 ro'mol/ ms 2) For a sys