Equilibrium at 425 K and 15 bar is established for the gas-phase isomerization reaction n-C 4 H
Question:
Equilibrium at 425 K and 15 bar is established for the gas-phase isomerization reaction
n-C4H10(g) → iso-C4Η10(g)
Estimate the composition of the equilibrium mixture by two procedures:
(a) Assume an ideal-gas mixture.
(b) Assume an ideal solution with the equation of state given by Eq. (3.36).
Compare and discuss the results.
Data: For iso-butane, ΔHf°298 = −134,180 J·mol−1 ; ΔGf°298 = −20,760 J·mol−1
Eq. (3.36)
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a Assuming an ideal gas mixture To solve this problem we need to use the standard free energy change G of the reaction the temperature T and the press...View the full answer
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Related Book For 
Introduction To Chemical Engineering Thermodynamics
ISBN: 9781259696527
8th Edition
Authors: J.M. Smith, Hendrick Van Ness, Michael Abbott, Mark Swihart
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