If A→B, (rB) = k1CA^2 and A→C, (rC) = k2CA^1, then the yield of C is ____(a) \(\frac{k_2}{k_2+k_1 C_A} \)(b) \(\frac{k_2}{k_2+k_1} \)(c) \(\frac{1}{k_2+k_1 C_A} \)(d) \(\frac{k_2}{k_1 C_A} \)I got this question in a job interview.The doubt is from Parallel Reactions Design topic in chapter Potpourri of Multiple Reactions, Design for Single & Parallel Reactions of Chemical Reaction Engineering

If A→B, (rB) = k1CA^2 and A→C, (rC) = k2CA^1, then the yield of C

1.	If A→B, (rB) = k1CA^2 and A→C, (rC) = k2CA^1, then the yield of C is ____(a) \(\frac{k_2}{k_2+k_1 C_A} \)(b) \(\frac{k_2}{k_2+k_1} \)(c) \(\frac{1}{k_2+k_1 C_A} \)(d) \(\frac{k_2}{k_1 C_A} \)I got this question in a job interview.The doubt is from Parallel Reactions Design topic in chapter Potpourri of Multiple Reactions, Design for Single & Parallel Reactions of Chemical Reaction Engineering
Answer» CORRECT CHOICE is (a) \(\FRAC{k_2}{k_2+k_1 C_A} \) Best explanation: Yield of C = \(\frac{k_2 C_A}{k_2+k_1 C_A^2} \) Yield of C = \(\frac{k_2}{k_2+k_1 C_A} \)

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