Question

1. (40 points) Calculate the equilibrium conversion and species concentrations for each of the following reactions: (a). The liquid phase reaction A+B C with Cao = CBo = 2mol/L and K= 10. (b). The gas phase reaction A = 30 Carried out in a flow reactor with no pressure drop (P=Po) Pure A enters at a temperature, To=400K and a pressure, Po = 10 atm. At this temperature, K = 0.25. (c). The gas-phase reaction in part (b) carried out in a constant volume batch reactor (d). The gas phase reaction in part (b) carried out in a constant pressure batch reaction.

Answer 1

ivo Al camera hot on vivi reacted let 1 role of A and 1 Mose of B initially te is equilibrium conversion at A Equilibrium, CA = CB =) At B lhe 1-ne PIA IN ме 2 к, = 10 (l-Me) 2 K₂ N. = 10 ( 14 ) - aw, d _ 1042 - 210+10.20 – = 10 + 6 x - 2 DK na al I / 212-400 ne a ne=0.729 ao AS, CA = CB = a(-0.729) = 0. 54 Moles I et A Ź šo l-neo - Buc tane 1 tane 32 0.25 1- 7 3 n = 0.25 -0.25 he 3.25 me = 0.25 ne = 0.25 3.25 0.0769

vo Al camera not on vivo Z1Pro XIO ūPAI- 1+an 1-0.0769 210 28 1 + 2 * 0.0769 = 1.99 = 2 Pc = 3x0.0769 1+ 2x060769 → CA = PA = 8 = 0.243 Mola/ RI 0:0 0.083 x 400 2 6.082 x 400 - 0.0609 Mole/ it > CA = 0.243 Moly and c = 0.0609 male/ht e fon constant value Reactor А Batch 3с. 32 Cao - PA6 - (0 032 x 400 3M = 0.25 ) = 0.0769 I- CA= CAO Cl-w) CA - 0.2014 - = 3Cao x = 3 * 10 x 0.07 69 0.0 82 x 400 ce= 0.0704 role lat MUTLU

Al camera t on vivo Z1Pro The Similar Injau constant Pressure Batch Reauton is to The Answer provided in (B) part, answer will be same.