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Problem 2 ( 5 points ) The aqueous phase decomposition of species A takes place according to the equation A R and follows second order
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The aqueous phase decomposition of species A takes place according to the equation and follows second order reaction kinetics with a rate constant litermole min. Because of an existing PFR reactor in the run this decomt, a recent Chemical Engineer graduate uses this PFR reactor, which has a volume of liters, to this PFR reactor is reaction of A isothermally and with no pressure drop. The concentration of A fed to His boss, an experis mol liter, while its molar flow rate to this reactor is mol CSTR decides to exists with a volume twice of that of the PFR The process engineer responsible for this by treating his CSalculate how much the molar flow rate of the product at the output of the CSTR will be with molar flow CSTR as independent standalone reactor that has an input stream which contains A and R molar flow flow rates equal to the molar flow rates of A and in the output of the PFR reactor. What is the reactors ate of product this process engineer has calculated? Note that both the PFR and the CSTR
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