The elementary reaction 2A + B C, is done under conditions where A, B and...

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The elementary reaction 2A + B → C, is done under conditions where A, B and C are ideal gases. The reaction will be done in an isothermal PFR. 1.1 What is the rate of reaction? (3) 1.2 What is the 8 for this reaction? (1) 1.3 Draw up a stoichiometric table for the reaction. The feed to the reactor consists of A and B only. (9) 1.4.1 Show that the volume of the plug flow reactor that achieves 80% conversion will be given by: 0.8 (1+ eX)³ V (1 – X) (03 - X) A0 Where: V is the reactor volume vois the total volumetric flowrate into the reactor k, is the rate constant for the forward reaction F40 is the molar flowrate of A into the reactor 8 = YA08 X = FAO-FA FAO FBO OB (6) FAO The elementary reaction 2A + B → C, is done under conditions where A, B and C are ideal gases. The reaction will be done in an isothermal PFR. 1.1 What is the rate of reaction? (3) 1.2 What is the 8 for this reaction? (1) 1.3 Draw up a stoichiometric table for the reaction. The feed to the reactor consists of A and B only. (9) 1.4.1 Show that the volume of the plug flow reactor that achieves 80% conversion will be given by: 0.8 (1+ eX)³ V (1 – X) (03 - X) A0 Where: V is the reactor volume vois the total volumetric flowrate into the reactor k, is the rate constant for the forward reaction F40 is the molar flowrate of A into the reactor 8 = YA08 X = FAO-FA FAO FBO OB (6) FAO

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