Problem 1: Condensation Reactions Consider a reaction that occurs in the gas-phase in a steady-state reactor. 3A +BO-00-9 + 2D () This reaction has a rate law of - r = k,C, where k, = 0.03 M''s!. You may assume: Reactor feed is equimolar in A and B Isothermal conditions at 500 K Isobaric conditions at 10 atm Vapor pressure of C at 500 K is 1 atm R=0.082 L*atm*K*mol Inlet volumetric flow rate is 0.5 L/min All gases behave ideally a. Create the stoichiometric table in terms of the feed rate and conversion of the limiting reactant both before and after condensation (i.e. both regimes). b. Rewrite the rate law as a function of only X, for both regimes. c. Find the conversion at which condensation begins. d. If the reactor is modeled as a CSTR, what is the volume necessary to get to the conversion at which condensation begins? Compare that to the volume of a PFR. Explain in 1-2 sentences physically why these volumes are different