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Q 2 . Consider a reactor with the result of a tracer test give below: C T ( t ) = 0 g L ,

Q2. Consider a reactor with the result of a tracer test give below:
CT(t)=0gL,t10min
CT(t)=-30+4t-0.1t2gL,10=20min
The flowrate though the reactor for the test, and in normal operation, is 300Lmin. There is a
large excess of B and the reaction is effectively half order in A :
A(aq)+B(aq)2C(aq)rA=-kCA0.5 where k=0.25mol0.5L0.5*min
b) What is the volume of the reactor (in L)? Integrations to be completed step by step by hand (i.e. dont integrate numerically!).
I Know that i have to use the equation dN_A/dt = r_A*V but i am unsure how to derive an equation for volume without using numerical values.
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