Sulfur Dioxide (SO₂, Component A) is absorbing into water in a packed column. At a certain location within the column, the bulk conditions are 50C, 2 atm, y_AG = 0.085, and x_AL = 0.001. Equilibrium data for SO₂ between air and water at 50C is shown below

pA (atm)	cA (lbmol/ft3)
0.0382	0.00193
0.0606	0.00290
0.1092	0.00483
0.1700	0.00676

We also have the following experimental values of the convective mass transfer coefficients:

kc,liq = 5 x 10-5 m/s kg = 1.111 x 10-5 kmol/(m2 s kPa)

For that point in the column, calculate: a) The global mass transfer coefficients Kc, liq and Kg, in the same units as the given local coefficients. b) The relative resistances to mass transfer in both phases, in % c) The flux of sulfur dioxide, in kmol/m^2 s

d) Plot the equilibrium line and the driving force line