Question: please help me only with question c. Question 4 Reactant A enters the reactor at volumetric flow rate of 10 dmx/min. The system is operated

please help me only with question c.

Question 4 Reactant A enters the reactor at volumetric flow rate of 10 dmx/min. The system is operated at 27C and 4 atm. Reactant A decomposes by three simultaneous reactions to form three products in three gas-phase reactions shown below Reaction! Ax Reaction 2 ARY Reaction 3 B is the desired product and the gas constant is 0.082 dm.atm/K.mol. The reaction rate and activation energy are shown in Table Q5. Table Q5: Reaction rate and activation energy Rate law Rate constants kr-0.004 (mol/dmmin CA k 0.3 min rych 4 -0.25 dmVmol.min Reaction 1 2 3 Prove the maximum concentration expression below. b. G- (7 marks) Determine the maximum selectivity that can be achieved. (6 marks) If the reaction is carried out in a CSTR, determine the volume that is required. (6 marks) Determine the effluent concentration of B, X and Y (unit mol/dm) (6 marks) c d Total

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