stream exiting the reactor is at equilibrium. If the reactor feed contains 1000 mol/hr of A,3000 mol/hr of B, and 2000 mol/hr of the inert I, what are the contents of the exiting stream? А+ ЗВС + 2D Your answer For the following gas phase reaction, find the equilibrium constant at T = 6 points 300 degrees Celsius using the shortcut van 't Hoff approach. CH4+2H,0»C0,+H, AH°;(kJ/mol) AG°;(kJ/mol) f CH4 H,0 -74.6 -50.5 -241.826 -228.6
stream exiting the reactor is at equilibrium. If the reactor feed contains 1000 mol/hr of A,3000 mol/hr of B, and 2000 mol/hr of the inert I, what are the contents of the exiting stream? А+ ЗВС + 2D Your answer For the following gas phase reaction, find the equilibrium constant at T = 6 points 300 degrees Celsius using the shortcut van 't Hoff approach. CH4+2H,0»C0,+H, AH°;(kJ/mol) AG°;(kJ/mol) f CH4 H,0 -74.6 -50.5 -241.826 -228.6
Introduction to Chemical Engineering Thermodynamics
8th Edition
ISBN:9781259696527
Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Publisher:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Chapter1: Introduction
Section: Chapter Questions
Problem 1.1P
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For the following gas phase reaction, find the equilibrium constant at T = 300 degrees Celsius using the shortcut van ’t Hoff approach.
Transcribed Image Text:stream exiting the reactor is at equilibrium. If the reactor feed contains
1000 mol/hr of A,3000 mol/hr of B, and 2000 mol/hr of the inert I, what
are the contents of the exiting stream?
А+ ЗВС + 2D
Your answer
For the following gas phase reaction, find the equilibrium constant at T =
6 points
300 degrees Celsius using the shortcut van 't Hoff approach.
CH4+2H,0»C0,+H,
AH°;(kJ/mol)
AG°;(kJ/mol)
f
CH4
H,0
-74.6
-50.5
-241.826
-228.6
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