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Consider the isothermal chemical reactor: CA = = -6c +100(7.0 - CA)F 6c - CB-100cBF where CA and CB (kg/m) are the concentrations of

Consider the isothermal chemical reactor: CA  = = -6c +100(7.0 - CA)F 6C-CB - 100CBF where CA and CB (kg/m) 

Consider the isothermal chemical reactor: CA = = -6c +100(7.0 - CA)F 6c - CB-100cBF where CA and CB (kg/m) are the concentrations of the species A and B in the outlet stream, respectively, and F is the volumetric flow rate of the inlet and outlet streams. Let cg and F be the controlled output and manipulated input, respectively. Find the range of each controller tuning parameter that ensures the asymptotically stability of the closed-loop system under each of the following controllers: (a) A proportional (P) controller with ysp 3 (b) A proportional-integral (PI) controller with sp - = 3

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