2. At 300 K, an elementary reaction AB, with k = 1.0 s, is to be...

 

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2. At 300 K, an elementary reaction AB, with k = 1.0 s, is to be carried out in a real reactor which gives the following outlet concentration for a step input. For 0 < t <1.0 s, then C = 1.0 mol/dm For t 1.0 s, then C = 1 + (1 e-(t-1)) mol/dm a) Sketch the E(t) and F(t) curves for this reactor. b) Suggest a compartment model consistent with the data. c) Calculate the conversion that can be achieved in this reactor. 2. At 300 K, an elementary reaction AB, with k = 1.0 s, is to be carried out in a real reactor which gives the following outlet concentration for a step input. For 0 < t <1.0 s, then C = 1.0 mol/dm For t 1.0 s, then C = 1 + (1 e-(t-1)) mol/dm a) Sketch the E(t) and F(t) curves for this reactor. b) Suggest a compartment model consistent with the data. c) Calculate the conversion that can be achieved in this reactor.

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a Sketching the Et and Ft curves Et represents the concentration of the reactant A over time and Ft represents the concentration of the product B over ... View the full answer