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2. For an exergonic reaction, what is the value of AG?

2. For an exergonic reaction, what is the value of AG?

Biochemistry
Biochemistry
9th Edition
ISBN:9781319114671
Author:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.
Publisher:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.
Chapter1: Biochemistry: An Evolving Science
Section: Chapter Questions
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The number 2 question. Thank you

Name: Date: Year/Section: Score: ACTIVITY 10.1 Refer to Model 10. 1 and answer the question that follows 1. What is free energy? What is its symbol? 2. For an exergonic reaction, what is the value of AG? 3. For an endergonic, what is the value of AG? 4. What are the factors that affect AG? 5. What is energy coupling? In a coupling reaction, what must be the overall value of AG? 6. What does the cell do with the energy produced from exergonic reactions? 7. What molecule does the cell use as an energy carrier? Draw its structure. 8. Why is it that this energy carrier is considered to be high energy containing phosphate? 9. Bond of this energy carrier of cells is broken through what? 212 Copyright 2019. All Rights Reserved.
Transcribed Image Text:Name: Date: Year/Section: Score: ACTIVITY 10.1 Refer to Model 10. 1 and answer the question that follows 1. What is free energy? What is its symbol? 2. For an exergonic reaction, what is the value of AG? 3. For an endergonic, what is the value of AG? 4. What are the factors that affect AG? 5. What is energy coupling? In a coupling reaction, what must be the overall value of AG? 6. What does the cell do with the energy produced from exergonic reactions? 7. What molecule does the cell use as an energy carrier? Draw its structure. 8. Why is it that this energy carrier is considered to be high energy containing phosphate? 9. Bond of this energy carrier of cells is broken through what? 212 Copyright 2019. All Rights Reserved.
MODEL 10.1 A (Reactant) - B- A AG: CHANGE IN FREE ENERGY Energy available to do work Approaches zero as reaction proceeds to equillibrium • Predicts whether a reaction is favorable (Product) Transition state Transition state AH: CHANGE IN ENTHALPY • Heat released or absorbed during a reaction • Does not predict whether a reaction is favorable A Initial state Final state AG is negative AG is positive Change in free energy of reaction AG = AH-TAS %3D AS: CHANGE IN ENTROPY Initial state Final st Measure of randomness • Does not predict whether a reaction is favorable Progress of reaction- Progress of reaction– B (5) KBJoue 00 Free energy (G)
Transcribed Image Text:MODEL 10.1 A (Reactant) - B- A AG: CHANGE IN FREE ENERGY Energy available to do work Approaches zero as reaction proceeds to equillibrium • Predicts whether a reaction is favorable (Product) Transition state Transition state AH: CHANGE IN ENTHALPY • Heat released or absorbed during a reaction • Does not predict whether a reaction is favorable A Initial state Final state AG is negative AG is positive Change in free energy of reaction AG = AH-TAS %3D AS: CHANGE IN ENTROPY Initial state Final st Measure of randomness • Does not predict whether a reaction is favorable Progress of reaction- Progress of reaction– B (5) KBJoue 00 Free energy (G)
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