Consider the reaction of A below. What is the rate of the reaction at t=10. seconds? a) 0.039 M/s b) 0.027 M/s c) 26 M/s d) 0.27 M/s e) 3.7 M/s

We are trying to perform a reaction with arbitrary kinetics using MFRs of different sizes in a series. By measuring the reaction rate against the concentration of the reactant, -r vs. Concentration Describe how to determine mouth temperature (the best adiabatic operation). 5) For each endothermic reaction and exothermic reaction, please explain which reactor type is optimal for adiabatic operation. A ÿ S, r ÿ When an arbitrary kinetics curve of is obtained and ÿ of each reactor is known, at each MFR. Explain how to obtain the outlet concentration of τ. Derive the appropriate equation and explain the process for calculating each concentration. Assume that there is no change in density during reaction.

5. [ , The isothermal and isobaric gas phase reaction: A → 2B follows an elementary rate law. The rate constant k = 1.5 s' when the reaction temperature is at T = 350 K. Pure A is fed into a continuous-stirred tank reactor (CSTR) at a volumetric flow rate of 5 dm/s. What conversion of A can the reactor achieve if the reactor has a volume of 20 dm?