The elementary irreversible liquid-phase reaction is carried out in a series of three identical CSTRs. The initial concentrations of A and B are C A0  = C B0 = 2 gmol/dm3, the inlet flow rates of A...

The elementary irreversible liquid-phase reactionis carried out in a series of three identical CSTRs. The initial concentrations of A and B are C^A0 = C^B0
= 2 gmol/dm3, the inlet flow rates of A and B are v0A = v0B = 6 dm3/min, the reaction rate constant is k = 0.5, the volume of each reactor is V¹
= V²
= V³
= 200 dm3, and the flow rate of each stream is v¹
= v²
= v³
= 12 dm3/min, respectively1.     Calculate the steady-state concentrations of A and B in each reactor.2.    Plot the concentration of B exiting each reactor, CBi = (i = 1, 2, 3), during start-up to the final time t = 20 (0≤t≤20).