The liquid-phase irreversible reaction A→ B+Cis carried out in a CSTR. To learn the rate law, the volumetric flow rate, v0, (hence T= V/vo)is varied and the effluent concentrations of species A are recorded as a function of the space time t. Pure A enters the reactor at a concentration of 2 mol/dm^3. Steady-state conditions exist when the measurements are recorded. Run 1 2 3 4 5τ(min) 15 38 100 300 1200CA(mol/dm^3) 1.5 1.25 1.0 0.75 0.5a. Determine the reaction order and specific reaction rate constant. b. If you were to repeat this experiment to determine the kinetics, what would you do differently? Would you run at a higher, lower, or the same temperature? If you were to take more data, where would you place the measurements (e. g., T)? c. It is believed that the technician may have made a dilution factor-of-10 error in one of the concentration measurements. What do you think? How do your answers compare using regression (Polymath or other software) with those obtained by graphical methods?