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An absorption column, operated at 1.0 atm and 300K, is used to remove species A from a gaseous mixture (A+B), where A is transferring to

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An absorption column, operated at 1.0 atm and 300K, is used to remove species A from a gaseous mixture (A+B), where A is transferring to the liquid stream through a stagnant layer of B. At a particular location in the column, the mole fraction of A in the bulk gas and liquid phase are yAG=0.035 and xu.=0.01 respectively. The equilibrium concentrations are given in Figure Q3. If the gas and liquid phases mass transfer coefficients are estimated to be ky=1.25gmol/m2.sec.(mol fraction) and kx=2.6gmol/m2sec.(mol fraction), determine: a) The interfacial compositions x0 and ywi b) The \% resistances to mass transfer exist in the gas and liquid phases

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