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1. The reaction C2H4Br2(A)+3KI(B)C2H4(C)+2KBr+KI3 is carried out in a differential reactor. The data on the effluent ethylene concentration (CC) at various feed concentrations of A and B,CA and CB, respectively, and temperature T are listed below. The reactor feed does not contain the products. The space time for the differential reactor, , is 2min. The kinetics of the reaction is described by r=k0exp(RTE)CACB. The rate of the reaction can be obtained from the mass balance for C as r=CC (a). Obtain a relation that is linear in terms of unknown parameters or appropriate functions of these. (b). Identify and compute y,X, and (vector of unknown parameters). Estimate the kinetic parameters k0,E, , and using linear regression. You may use left inverse of X or the function regress. (c). Compute e and vector of relative errors. Provide plots of (i) yp (curve) and yi (points) and (ii) relative error and yi (points) indicating the zero relative error line on the plot