By taking Q10 and Q11 into account and at the flow rate of Q10, what concentration of ethanol is produced?(a) 5.1 g l^-1(b) 5.3 g l^-1(c) 5.5 g l^-1(d) 5.7 g l^-1The question was posed to me in a national level competition.The origin of the question is Ideal Reactor Operation topic in division Reactor Engineering of Bioprocess Engineering

By taking Q10 and Q11 into account and at the flow rate of Q10, what c

1.	By taking Q10 and Q11 into account and at the flow rate of Q10, what concentration of ethanol is produced?(a) 5.1 g l^-1(b) 5.3 g l^-1(c) 5.5 g l^-1(d) 5.7 g l^-1The question was posed to me in a national level competition.The origin of the question is Ideal Reactor Operation topic in division Reactor Engineering of Bioprocess Engineering
Answer» Right option is (C) 5.5 G l^-1 The explanation is: ASSUMING ETHANOL is not present in the feed, PI = 0. Steady-state product concentration is given by:

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