Note that X=432 L/min

a. Question 2 Consider an elementary irreversible gas phase reaction below, A+B-C+D The reaction is carried out isothermally with no pressure drop at 609.31 K and pressure is 2 atm. The feed to the flow reactor is equal molar in A and B with volumetric flow rate, vo = *X L/min. The initial concentration of A is 0.02 mol/L and specific rate constant, k is 100 L/mol.min. At the end of the reaction, it was found that the outlet stream from the reactor consists of 40% of C. Given R=0.08206 L.atm/mol.K. Express the reaction rate as a function of conversion, --1 = (X) by the aid of a stoichiometric table showing all the necessary input. (8 marks b. Estimate the conversion of the limiting reactant A. (5 marks) If CSTR is the reactor used in the reaction, determine the volume of the CSTR (unit: L) for the conversion determined in part (b). (9 marks) Determine the space time, t for the CSTR used. (3 marks) (Total: 25 marks) c. d. * X is defined as the last three digits of your student ID-e.g: SUKD1501882, X would be 882 L/min SUKD1500002, X would be 2 L/min