A second-order reaction is to be carried out in a real reactor which gives the following o...

A second-order reaction is to be carried out in a real reactor which gives the following outlet concentration for a step input.

For 0 ≤ t<10 min then CT = 10

For t ≥10 min then CT= 5+10 (l−0 2(t-10))

(a) What model do you propose and what are your model parameters, a and P?

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(b) What conversion can be expected in the real reactor?

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(c) How would your model change and conversion change if your outlet tracer concentration was

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For t ≤ 10 min, then CT = 0

For t ≥ 10 min, then CT= 5+ 10 (1−e-0.2(t−10))

Υ0= 1 dm2/min, k = 0.1 dm3/mol min, CA0 = 1.25 mol/dm3