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A certain hypothetical substance "AB", in the gaseous state, dissociating to produce species A (in the gaseous state) and species B (also in the gaseous state) according to the following equation (Consider that the system is in balance). AB(9) 2 Ag) + B9) At 300 K and a total pressure of 1 atm, the degree of dissociation (alpha=advance/number of moles hypothetical reagent) of AB(g) is 0.2. Calculate the standard free energy variation for this reaction in Joules per mol.

A certain hypothetical substance "AB", in the gaseous state, dissociating to produce species A (in the gaseous state) and species B (also in the gaseous state) according to the following equation (Consider that the system is in balance). AB(9) 2 Ag) + B9) At 300 K and a total pressure of 1 atm, the degree of dissociation (alpha=advance/number of moles hypothetical reagent) of AB(g) is 0.2. Calculate the standard free energy variation for this reaction in Joules per mol.

Introduction to Chemical Engineering Thermodynamics
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
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A certain hypothetical substance "AB", in the gaseous state, dissociating to produce species A (in the gaseous state) and species B (also in the gaseous state) according to the following equation (Consider that the system is in balance). AB(9) 2 A(g) + Bg) At 300 K and a total pressure of 1 atm, the degree of dissociation (alpha=advance/number of moles hypothetical reagent) of AB(g) is 0.2. Calculate the standard free energy variation for this reaction in Joules per mol.
Transcribed Image Text:A certain hypothetical substance "AB", in the gaseous state, dissociating to produce species A (in the gaseous state) and species B (also in the gaseous state) according to the following equation (Consider that the system is in balance). AB(9) 2 A(g) + Bg) At 300 K and a total pressure of 1 atm, the degree of dissociation (alpha=advance/number of moles hypothetical reagent) of AB(g) is 0.2. Calculate the standard free energy variation for this reaction in Joules per mol.
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