) Co-current: Explore the temperature and molar flow profile when there is a pressure drop in the reactor. What will be the flow rate of product when pressure drop is 50%? (ii) Co-current: Which parameter will you vary so that selectivity of C is equal to 1? What is the parameter value? (iii) Constant Ta: How does the overall heat transfer coefficient affect the flow rate of product? Should it be kept minimum or maximum? Explain. (iv) Constant Ta: Which are the variables that have virtually no effect on the profiles? Explain the reason. (v) Adiabatic: You want to save capital cost by using a smaller volume reactor, i. e., 5 dm3 instead of 10 dm3. Which parameters you will vary to achieve exit reactant and product flow rates same as base case? (vi) Write a conclusion of what you learned in experiments (i) through (v). Polymath (vii) Plot Qg and Qr as a function of V. How can you keep the maximum temperature below 700 K? Would adding inerts help and if so what should the flow rate be if = 10 cal/mol/K? (viii) Look at the Figures. What happened to species D? What conditions would you suggest to make more species D?