Question: 4. A zero-order gas-liquid reaction, A + bB -> products , takes place in the liquid film only. Mass transfer resistance for A in the

 4. A zero-order gas-liquid reaction, A + bB -> products ,

4. A zero-order gas-liquid reaction, A + bB -> products , takes place in the liquid film only. Mass transfer resistance for A in the gas-film is negligible, and B is uniform in the liquid film a. Establish the mass balance equation for species A in a differential form. Let Xx = (CA/C.) and = Y/yu. Define Hatta gas number. b. Derive the concentration profile using the proper boundary conditions c. Give the expression of the enhancement factor, F (defined as F=N/(KEC) Express it as a function of Hatta number. (picture) CA vady

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