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8. [ 30 points] Develop the set of dynamic equations that describes an exothermic CSTR (following figure) with the following series of reactions. Ar1Br2Cr1=k1CAeE1/RTr2=k2CBeE2/RT Assume that the first-order Arrhenius rate expressions and heats of the reaction are known. Assume that the inputs are the feed rate and the heat removal rate with time constants of 5 and 30 seconds, respectively. The output variables are the concentration of B and the temperature of the reaction mixture. Assume a 5-minute analyzer delay for the composition measurement and a time constant for the temperature measurement of 20 seconds. Also, assume perfect level control in the reactor (i.e., the flow rate out of the reactor equals the flow rate into the reactor). Assume that the reactor volume, heat capacity, density of the reaction mixture and feed are known constants. Identify the dependent variables, the independent variables and the parameters for this model. rigure P3.25 Schemate of an exothermle CSTR