THE ANSWERS NEED TO BE FOUND BY USING MATLAB. Bodenstain and Lind find the results given in the table by measuring the initial rate values for the reaction given; H2+Br22HBr 1) Suggest a rate law for this reaction based on the data obtained. Compare your proposed rate law solution results with experimental data. 2) The mixture consisting of 40%H2,20%Br2 and 40%N2 (inert substance) is sent to the CSTR reactor, which is 1.5 cubic meters at an inlet pressure of 6.4 atm and a temperature of 500 degrees Celsius, with a flow rate of 14.4 cubic meters / hour in order to produce HBr, and then fed to the PFR reactor connected in series to the CSTR in order to make the conversion rate 95%.The pressure and temperatures inside the reactor are constant. Please answer the questions down below. a- Create a stoichiometric table of the reaction. b- Find the partial pressures, concentrations of substances in the reactant supply current. c- What would be the volume of a PFR reactor connected in series to the CSTR in order to make the conversion rate 95% ? Calculate the volume flow rate at the PFR outlet