The change in the free energy for the transit of two electrons from the quinine pool to cytochrome c 2 in a purple bacterial photosynthetic electron transport. Concept introduction: Photosynthetic reaction centers can be categorized into two based on the nature of the electron acceptors, green filamentous bacteria, purple bacteria, and photosystem II belong to the pheophytin-quinone type and heliobacteria, green sulfur bacteria, and photosystem I belong to the iron-sulfur type. Both the purple bacterial photosynthetic reaction center and PS I have the ability to facilitate the cyclic electron flow.

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Answer 1

Question

Chapter 19, Problem 10E

Summary Introduction

To calculate: The change in the free energy for the transit of two electrons from the quinine pool to cytochrome c₂ in a purple bacterial photosynthetic electron transport.

Concept introduction:

Photosynthetic reaction centers can be categorized into two based on the nature of the electron acceptors, green filamentous bacteria, purple bacteria, and photosystem II belong to the pheophytin-quinone type and heliobacteria, green sulfur bacteria, and photosystem I belong to the iron-sulfur type. Both the purple bacterial photosynthetic reaction center and PS I have the ability to facilitate the cyclic electron flow.

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Answer 2

Question

Chapter 19, Problem 10E

Summary Introduction

To calculate: The change in the free energy for the transit of two electrons from the quinine pool to cytochrome c₂ in a purple bacterial photosynthetic electron transport.

Concept introduction:

Photosynthetic reaction centers can be categorized into two based on the nature of the electron acceptors, green filamentous bacteria, purple bacteria, and photosystem II belong to the pheophytin-quinone type and heliobacteria, green sulfur bacteria, and photosystem I belong to the iron-sulfur type. Both the purple bacterial photosynthetic reaction center and PS I have the ability to facilitate the cyclic electron flow.

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Answer 3

Question

Chapter 19, Problem 10E

Summary Introduction

To calculate: The change in the free energy for the transit of two electrons from the quinine pool to cytochrome c₂ in a purple bacterial photosynthetic electron transport.

Concept introduction:

Photosynthetic reaction centers can be categorized into two based on the nature of the electron acceptors, green filamentous bacteria, purple bacteria, and photosystem II belong to the pheophytin-quinone type and heliobacteria, green sulfur bacteria, and photosystem I belong to the iron-sulfur type. Both the purple bacterial photosynthetic reaction center and PS I have the ability to facilitate the cyclic electron flow.

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Answer 4

Question

Chapter 19, Problem 10E

Summary Introduction

To calculate: The change in the free energy for the transit of two electrons from the quinine pool to cytochrome c₂ in a purple bacterial photosynthetic electron transport.

Concept introduction:

Photosynthetic reaction centers can be categorized into two based on the nature of the electron acceptors, green filamentous bacteria, purple bacteria, and photosystem II belong to the pheophytin-quinone type and heliobacteria, green sulfur bacteria, and photosystem I belong to the iron-sulfur type. Both the purple bacterial photosynthetic reaction center and PS I have the ability to facilitate the cyclic electron flow.

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Answer 5

Chapter 19, Problem 10E

Summary Introduction

To calculate: The change in the free energy for the transit of two electrons from the quinine pool to cytochrome c₂ in a purple bacterial photosynthetic electron transport.

Concept introduction:

Photosynthetic reaction centers can be categorized into two based on the nature of the electron acceptors, green filamentous bacteria, purple bacteria, and photosystem II belong to the pheophytin-quinone type and heliobacteria, green sulfur bacteria, and photosystem I belong to the iron-sulfur type. Both the purple bacterial photosynthetic reaction center and PS I have the ability to facilitate the cyclic electron flow.

Answer 6

Chapter 19, Problem 10E

Summary Introduction

To calculate: The change in the free energy for the transit of two electrons from the quinine pool to cytochrome c₂ in a purple bacterial photosynthetic electron transport.

Concept introduction:

Photosynthetic reaction centers can be categorized into two based on the nature of the electron acceptors, green filamentous bacteria, purple bacteria, and photosystem II belong to the pheophytin-quinone type and heliobacteria, green sulfur bacteria, and photosystem I belong to the iron-sulfur type. Both the purple bacterial photosynthetic reaction center and PS I have the ability to facilitate the cyclic electron flow.

Answer 7

Chapter 19, Problem 10E

Summary Introduction

To calculate: The change in the free energy for the transit of two electrons from the quinine pool to cytochrome c₂ in a purple bacterial photosynthetic electron transport.

Concept introduction:

Photosynthetic reaction centers can be categorized into two based on the nature of the electron acceptors, green filamentous bacteria, purple bacteria, and photosystem II belong to the pheophytin-quinone type and heliobacteria, green sulfur bacteria, and photosystem I belong to the iron-sulfur type. Both the purple bacterial photosynthetic reaction center and PS I have the ability to facilitate the cyclic electron flow.

Answer 8

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Answer 9

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Answer 10

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Answer 11

Ch. 19 - Prob. 1E Ch. 19 - 2. Green sulfur bacteria use H2S as an electron...Ch. 19 - 3. The “red tide” is a massive proliferation of...Ch. 19 - 4. Explain why the chlorophylls in...Ch. 19 - Prob. 5E Ch. 19 - Prob. 6E Ch. 19 - Prob. 7E Ch. 19 - 8. H218O is added to a suspension of chloroplasts...Ch. 19 - 9 Describe the functional similarities between the...Ch. 19 - Prob. 10E

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