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QUESTION 2: (25 Marks) The elementary irreversible organic liquid phase reaction is carried out in a 3 dm' constant volume batch reactor at 360 K. A+B-C 0.5 kg of zeolite catalyst is used to catalyze the liquid reaction above. An equimolar feed in A and B with the initial concentration of A - 1.5 mol/dm and volumetric flow rate is 2 dm /s. (a) Develop the rate law by assuming the irreversible surface reaction step is the limiting step. State your assumption clearly when A, B, and Care attached to the active sites. (10 Marks) (b) If the catalyst deactivation follows a second order decay law and is independent of the concentrations of A, B, and C, Reaction rate constant, kis given as 2 dm /mol.kg hat 300 K and activation energy. E is 10000 cal/mol. By assuming the weak adsorption of A, B, and on the catalyst surface, determine the conversion and activity after 30 mins reaction at 360 K if the decay constant, lu (360 K) is 9h. (15 Marks)