Assume that a chemical compound, A, is in a foodstream entering an isothermal reactor with constant holdup as shown below: 4, CA v ob 9 A single decomposition reaction occurs with second-order kinetics. The dynamic model that describes the exit concentration of component A as a function of time, is given below. -C-C)-4C de dc Where he represents the reaction rate constant. a. Derive a transfer function that relates the changes in exit concentration of component A to the changes in inlet concentration of component A, that is, C:\C':18). Put the transfer function in standard gain time constant form. (Marks - 8) h. The process is operating at steady state, then the inlet concentration, Cu, is changed from 1.25 kg/m w 175 kg/m", calculate the exit oncentration response, Cam. Also find the values of process gain (K) and time constant (). (Marks = 8) V-2 m, 4-0.4 m/min, -0.32 /mol min Assume that the step change occurs at 0