Question 1 The elementary reaction A -> B + C is carried out in a continuous stirred tank reactor (CSTR). Pure A enters the reactor at a flow rate of 12 mol/s and a temperature of 298.15 K. The reaction is exothermic and cooling water at 323.15 K is used to absorb the heat of reaction. The energy balance for the system can be written as: -(12 mol/s)X(-1500 kJ/mol)=(12 mol/s)(4500 kJ / (molK))(T298.15K) +(12 mol/s)(700(kW-s)/(molK))(T-323,15K) Where 10k X = 1+10k k = 650e-3800/T a. Show, by hand, how many iterations would be required to use the bisection method to solve the energy balance equation for T given do = 300, bo = 400 and & = 106. b. Write a VBA program to use the bisection method to solve the energy balance equation for T given C. d. do = 300, bo= 400 and & = 106. Report the computed value of T. Write a VBA program to use Newton's method to solve the energy balance equation for T given starting guesses of 350 and & = 106. Report the computed value of T. Based on your observations, what are the advantages and disadvantages of using the bisection method and Newton's method, for this specific problem. * The results for part a through d can be reported by hand. The VBA code used for part b. and c. needs to be printed and attached. No detailed report is required for Question 1.