Question: I NEED PART 2 1. A component reacts with a first order reaction to form products. The system is in liquid state. The velocity with

I NEED PART 2 1. A component reacts with a first orderI NEED PART 2

1. A component reacts with a first order reaction to form products. The system is in liquid state. The velocity with which it enters is v and the entering concentration is Cao. The residence time distribution suggests that the reactor should be modeled as a CSTR and a PFR of equal volumes (V) in parallel, and the velocities after the split between them is 50 volume % each. Calculate the net exit concentration in terms of the parameters of the system: v, V, k and Cao. 2. Consider the same as in #1, if the two reactors are in series. This time there is no split, and the volumes of reach reactor is still V

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