Chlorine can be absorbed from C1₂-air mixtures by olefins dissolved in CCl₄. It was found that the reaction of C1₂, with cyclo-hexene (C₆H₁₀) is second order with respect to Cl₂ and zero order with respect to C₅H₁₀. Hence the rate of disappearance of C1₂ per unit volume is k₂ C_A (where A designates C1₂. Treat this as a binary solution of A (C1₂ and B (C₆H₁₀- CCl₄ mixture), pseudobinay assumption. Assume that air is insoluble in the C₆H₃₃- CCl₆ mixture. Let the liquid phase to be sufficiently deep with L can be taken to be infinite. Find the correlation describing the concentration profile and obtain expression for the rate of absorption of by the liquid.

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Source of Variation MS DF 5.35 1.783333 0.161 3 Treatment Error 11.075 177.2 16 182.55 Total 19 3.