Question

answer part C

How can I find volumertric flow from this problem?

U. ... LELE DULU. 1 g-mel PER so Re.082 L 1. The following set of gas-phase, elementary reactions occurs in a 1000-liter, isothermal (at Number Reaction Vol: 1000 L Rate Constant Keq=2.5 To To Look 2A + B - C + 2D | kịc=3.0 Feed 2 P.Po 10 atm A+C=2E+F A = 4.3 k2, A =10.0 3 B=3.9 2B + 2C 2G k3.c =3.4 93.0 For the reversible reaction the equilibrium constant is 2.5. The feed to the PFR contains A, B, and G with molar flowrates (in mol/s) of 4.3, 3.9, and 3.0, respectively. a. Calculate the outlet molar flowrate for each of the seven species. b. Now assume that the phase is liquid, rather than gas, (but with the same inlet concentration as in part a) and calculate the outlet molar flowrate for each of the seven species. What are the proper units for each of the three rate constants as well as the equilibrium constant? (RL) = -# c. Sol.s 400 K), isobaric (at 10 atm) PFR:

Answer 1