Pl. The zero-order reaction A Bis carried out in a moving-bed reactor containing 1 kg of catalyst. The catalyst decay is also zero-order. The entering molar flow rate is pure A at 1 mol/min. Given the following information: . The product sells for $160 per gram mole. The cost of operating the bed is $10 per kilogram of catalyst exiting the bed. a. What is the feed rate of solids (kg/min) that will give the maximum profit? (Ans: Us= 4 kg/min) b. What are the activity and conversion exiting the reactor at this optimum? (Note: For the purposes of this calculation, ignore all other costs, such as the cost of the reactant, etc.) c. Redo parts (a) and (b) for the case when k = 5 mol/kg cat.-min and the reactant and catalyst are fed to opposite ends of the bed. Additional Information: Specific reaction rate: Ke-1.0 mol/kg cat.-min Decay constant: ke-20 min USE POLYMATH TO HELP YOU SOLVE THIS. Pl. The zero-order reaction A Bis carried out in a moving-bed reactor containing 1 kg of catalyst. The catalyst decay is also zero-order. The entering molar flow rate is pure A at 1 mol/min. Given the following information: . The product sells for $160 per gram mole. The cost of operating the bed is $10 per kilogram of catalyst exiting the bed. a. What is the feed rate of solids (kg/min) that will give the maximum profit? (Ans: Us= 4 kg/min) b. What are the activity and conversion exiting the reactor at this optimum? (Note: For the purposes of this calculation, ignore all other costs, such as the cost of the reactant, etc.) c. Redo parts (a) and (b) for the case when k = 5 mol/kg cat.-min and the reactant and catalyst are fed to opposite ends of the bed. Additional Information: Specific reaction rate: Ke-1.0 mol/kg cat.-min Decay constant: ke-20 min USE POLYMATH TO HELP YOU SOLVE THIS