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1. You are trying to determine what the STANDARD Gibbs Free Energy is for the insulin/insulin receptor interaction is. In order to determine this you found out the concentrations of these molecules at equilibrium are • [insulin]= 27, • [receptor]= 3, [bound insulin and receptor]=9. Show your work in determining the Standard Gibbs Free Energy. 2. A reaction in the cell has a STANDARD Gibbs Free Energy of -200 kcal/mol. Does this reaction need an enzyme to make sure it happens?

1. You are trying to determine what the STANDARD Gibbs Free Energy is for the insulin/insulin receptor interaction is. In order to determine this you found out the concentrations of these molecules at equilibrium are • [insulin]= 27, • [receptor]= 3, [bound insulin and receptor]=9. Show your work in determining the Standard Gibbs Free Energy. 2. A reaction in the cell has a STANDARD Gibbs Free Energy of -200 kcal/mol. Does this reaction need an enzyme to make sure it happens?

Chemistry: The Molecular Science
Chemistry: The Molecular Science
5th Edition
ISBN:9781285199047
Author:John W. Moore, Conrad L. Stanitski
Publisher:John W. Moore, Conrad L. Stanitski
Chapter16: Thermodynamics: Directionality Of Chemical Reactions
Section: Chapter Questions
Problem 89QRT: Determine the standard Gibbs free energy change, rG, for the reactions of liquid methanol, of CO(g),...
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Rt is 0.616 T is 37c G=G+RT * ln(k)
1. You are trying to determine what the STANDARD Gibbs Free Energy is for the insulin/insulin receptor interaction is. In order to determine this you found out the concentrations of these molecules at equilibrium are • [insulin]= 27, • [receptor]= 3, [bound insulin and receptor]=9. Show your work in determining the Standard Gibbs Free Energy. 2. A reaction in the cell has a STANDARD Gibbs Free Energy of -200 kcal/mol. Does this reaction need an enzyme to make sure it happens?
Transcribed Image Text:1. You are trying to determine what the STANDARD Gibbs Free Energy is for the insulin/insulin receptor interaction is. In order to determine this you found out the concentrations of these molecules at equilibrium are • [insulin]= 27, • [receptor]= 3, [bound insulin and receptor]=9. Show your work in determining the Standard Gibbs Free Energy. 2. A reaction in the cell has a STANDARD Gibbs Free Energy of -200 kcal/mol. Does this reaction need an enzyme to make sure it happens?
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