In a gas absorber the mass transfer coefficient in the liquid phase is x$=12\mathrm{.}0$mol$/($m$2.$s$)$ and the mass transfer coefficient in the gas phase is y$=0\mathrm{.}4$mol$/($m$2.$s$).$ The system obeys Henrys law, and the equation of the equilibriumline is A$=0\mathrm{.}35$A$.($a$)$ calculate the overall mass transfer coefficient based on the gas phase andthe overall mass transfer coefficient based on the liquid phase.$($b$)$ Determine the ratio of the resistances in the gas and liquid phases. Which isthe controlling resistance?$($c$)$ If the mole fraction of A in the bulk of the gas is $0\mathrm{.}20$ and the mole fractionin the bulk of the liquid phase is $0\mathrm{.}02,$ use the overall mass transfercoefficient calculated above to determine the mass transfer flux$($mol$/($m$2.$s$)).$