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4. kLa=20s1, and kGa=3s1. Find the relationship between kLa,kGa,KCLa, and KCG given the equations below. Use the VLE in the table to find KCL and KCGa and compare to kLa and kGa. What do the values indicate about the relative resistance of the two phases to mass transfer? VNAZA=kLa(cLcL,I)=kGa(cG,IcG)=KcLa(cLcL)=KcGa(cGcG) 4. kLa=20s1, and kGa=3s1. Find the relationship between kLa,kGa,KCLa, and KCG given the equations below. Use the VLE in the table to find KCL and KCGa and compare to kLa and kGa. What do the values indicate about the relative resistance of the two phases to mass transfer? VNAZA=kLa(cLcL,I)=kGa(cG,IcG)=KcLa(cLcL)=KcGa(cGcG)