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Q2. Analysis of the electron-transport pathway in a pathogenic gram-negative bacterium reveals the presence of five electron transport molecules with the redox potentials listed in the table below. Oxidant NAD+ Flavoprotein b (ox) Cytochrome c (+3) Ferroprotein (ox) Flavoprotein a (ox) Q2A Homework. Unanswered =Ferroprotein NAD+/NADH Reductant NADH Cytochrome C Flavoprotein b (red) Cytochrome c (+2) Ferroprotein (red) Flavoprotein a (red) Electrons transferred 2 2122 2 1 2 Predict the sequence of the carriers in the electron transport system by ordering them from first to last. Assume that all of the components listed in the table are used in the electron transport system in this bacterium. Drag and drop options into correct order and submit. For keyboard navigation... SHOW MORE 2 E⁹ -0.32 -0.62 +0.22 +0.85 +0.77

Q2. Analysis of the electron-transport pathway in a pathogenic gram-negative bacterium reveals the presence of five electron transport molecules with the redox potentials listed in the table below. Oxidant NAD+ Flavoprotein b (ox) Cytochrome c (+3) Ferroprotein (ox) Flavoprotein a (ox) Q2A Homework. Unanswered =Ferroprotein NAD+/NADH Reductant NADH Cytochrome C Flavoprotein b (red) Cytochrome c (+2) Ferroprotein (red) Flavoprotein a (red) Electrons transferred 2 2122 2 1 2 Predict the sequence of the carriers in the electron transport system by ordering them from first to last. Assume that all of the components listed in the table are used in the electron transport system in this bacterium. Drag and drop options into correct order and submit. For keyboard navigation... SHOW MORE 2 E⁹ -0.32 -0.62 +0.22 +0.85 +0.77

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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Question: Q2. Analysis of the electron-transport pathway in a pathogenic gram-negative bacterium reveals the presence of five electron transport molecules with the redox potentials listed in the table below. Oxidant NAD+ Flavoprotein b (ox) Cytochrome c (+3) Ferroprotein (ox) Flavoprotein a (ox) Q2A Homework Unanswered = = Predict the sequence of the carriers in the electron transport system by ordering them from first to last. Assume that all of the components listed in the table are used in the electron transport system in this bacterium. Drag and drop options into correct order and submit. For keyboard navigation... SHOW MORE ✓ III Ferroprotein E Cytochrome C E NAD+/NADH Flavoprotein b Reductant NADH Flavoprotein a Flavoprotein b (red) Cytochrome c (+2) Ferroprotein (red) Flavoprotein a (red) Q2B Homework Unanswered Electrons transferred 2 2 1 2 2 E⁰ -0.32 -0.62 +0.22 +0.85 +0.77 Recall that the standard change in free energy for ATP synthesis is 30.5kJ/mol. Based on this information, calculate the maximum number of ATP that could theoretically be made by ATP synthase using the energy released by a pair of electrons moving through this electron transport pathway. Round your answer to one decimal place. Type your numeric answer and submit
Transcribed Image Text:Question: Q2. Analysis of the electron-transport pathway in a pathogenic gram-negative bacterium reveals the presence of five electron transport molecules with the redox potentials listed in the table below. Oxidant NAD+ Flavoprotein b (ox) Cytochrome c (+3) Ferroprotein (ox) Flavoprotein a (ox) Q2A Homework Unanswered = = Predict the sequence of the carriers in the electron transport system by ordering them from first to last. Assume that all of the components listed in the table are used in the electron transport system in this bacterium. Drag and drop options into correct order and submit. For keyboard navigation... SHOW MORE ✓ III Ferroprotein E Cytochrome C E NAD+/NADH Flavoprotein b Reductant NADH Flavoprotein a Flavoprotein b (red) Cytochrome c (+2) Ferroprotein (red) Flavoprotein a (red) Q2B Homework Unanswered Electrons transferred 2 2 1 2 2 E⁰ -0.32 -0.62 +0.22 +0.85 +0.77 Recall that the standard change in free energy for ATP synthesis is 30.5kJ/mol. Based on this information, calculate the maximum number of ATP that could theoretically be made by ATP synthase using the energy released by a pair of electrons moving through this electron transport pathway. Round your answer to one decimal place. Type your numeric answer and submit
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