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The following gas reaction (A is the reactant, B and C are the products) at 500K has Standard Reaction Gibbs energy ArGº =+5.1 kJmol-1. 2A (g) = B (g) + C (g) Assume all gases are perfect. Initially the reactor contains a mixture of 0.85 mole A, 0.6 mole B and 0.6 mole C with a total pressure of 5 bar, calculate the reaction Gibbs energy ArG (kJ/mol) of the reaction mixture Instruction: (1) You need to calculate partial pressures first in order to calculate Q: pay attention to the coefficents of the reaction equaiton, which are the powers when calcualting Q (2) The unit of your answer should be kJ/mol (3) Please enter 2 decimals. for example, 5.789 is written as 5.79, and pay attention to the sign.

The following gas reaction (A is the reactant, B and C are the products) at 500K has Standard Reaction Gibbs energy ArGº =+5.1 kJmol-1. 2A (g) = B (g) + C (g) Assume all gases are perfect. Initially the reactor contains a mixture of 0.85 mole A, 0.6 mole B and 0.6 mole C with a total pressure of 5 bar, calculate the reaction Gibbs energy ArG (kJ/mol) of the reaction mixture Instruction: (1) You need to calculate partial pressures first in order to calculate Q: pay attention to the coefficents of the reaction equaiton, which are the powers when calcualting Q (2) The unit of your answer should be kJ/mol (3) Please enter 2 decimals. for example, 5.789 is written as 5.79, and pay attention to the sign.

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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QUESTION 2 The following gas reaction (A is the reactant, B and C are the products) at 500K has Standard Reaction Gibbs energy ArGº =+5.1 kJmol-1. 2A (g) = B (g) + C (g) Assume all gases are perfect. Initially the reactor contains a mixture of 0.85 mole A, 0.6 mole B and 0.6 mole C with a total pressure of 5 bar, calculate the reaction Gibbs energy ArG (kJ/mol) of the reaction mixture Instruction: (1) You need to calculate partial pressures first in order to calculate Q: pay attention to the coefficents of the reaction equaiton, which are the powers when calcualting Q (2) The unit of your answer should be kJ/mol (3) Please enter 2 decimals. for example, 5.789 is written as 5.79, and pay attention to the sign.
Transcribed Image Text:QUESTION 2 The following gas reaction (A is the reactant, B and C are the products) at 500K has Standard Reaction Gibbs energy ArGº =+5.1 kJmol-1. 2A (g) = B (g) + C (g) Assume all gases are perfect. Initially the reactor contains a mixture of 0.85 mole A, 0.6 mole B and 0.6 mole C with a total pressure of 5 bar, calculate the reaction Gibbs energy ArG (kJ/mol) of the reaction mixture Instruction: (1) You need to calculate partial pressures first in order to calculate Q: pay attention to the coefficents of the reaction equaiton, which are the powers when calcualting Q (2) The unit of your answer should be kJ/mol (3) Please enter 2 decimals. for example, 5.789 is written as 5.79, and pay attention to the sign.
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