Question: Problem 2: You have recently learned that a CSTR has been overfilled. To correct this, the volumetric flow rate of the outlet stream will be

 Problem 2: You have recently learned that a CSTR has been

Problem 2: You have recently learned that a CSTR has been overfilled. To correct this, the volumetric flow rate of the outlet stream will be at 1.5vo. The reaction will be run isothermally in the liquid phase. Assume that the volume within the CSTR is large enough to not run dry and that this flow rate is kept for the duration of the time we're observing it. A-2P where the rate law is -rx=k,C/? (a) What is the expression of CA and C, with respect to time? (b) The inlet volumetric flow rate is 10 L/hour. If the reaction is run for 2 hours with a 1000 L reactor charged initially with 200 mol A, k = 0.02 M's and C -0.2M, how much product leaves the reactor

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