The series of complex reactions involving the transfer of the electrons across the membrane is “ Electron transport chain ”. This process occurs in the presence of oxygen. The oxygen accepts the two electrons and got reduced to the molecule of water in the ETC .

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Chapter 8, Problem 4FIB

Summary Introduction

Introduction:

The series of complex reactions involving the transfer of the electrons across the membrane is “Electron transport chain”. This process occurs in the presence of oxygen. The oxygen accepts the two electrons and got reduced to the molecule of water in the ETC.

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Which of the following statements concerning ATP synthesis in mitochondria is FALSE? a. interruption of the flow of electrons from NADH to oxygen would decrease ATP synthesis b. making the inner mitochondrial membrane permeable to H+ would decrease ATP synthesis c. the energy liberated by the electron-transport chain is used to pump H+ ions into the IM-space d. the movement of H+ through a special channel enzyme (synthase) results in ATP synthesis e. when protons move from the matrix to the IM-space, ATP is made from ADP + Pi

Which of the following correctly describes where each process takes place in eukaryotic cells? a. conversion of pyruvate to acetyl CoA – mitochondrial matrix b. glycolysis – mitochondrial matrix c. ATP synthase – ATP synthesized in cytosol using proton motive force d. electron transport chain – electron carrier proteins embedded in outer mitochondrial membrane e. citric acid cycle – cytosol

During the aerobic cellular respiration, where do ATP molecules form? a. Cytosol only b. Cytosol and mitochondria only c. Cytosol, mitochondria and ribosomes only d. Mitochondrial matrix and inner mitochondrial membrane only

Answer 2

Question

Chapter 8, Problem 4FIB

Summary Introduction

Introduction:

The series of complex reactions involving the transfer of the electrons across the membrane is “Electron transport chain”. This process occurs in the presence of oxygen. The oxygen accepts the two electrons and got reduced to the molecule of water in the ETC.

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Answer 3

Question

Chapter 8, Problem 4FIB

Summary Introduction

Introduction:

The series of complex reactions involving the transfer of the electrons across the membrane is “Electron transport chain”. This process occurs in the presence of oxygen. The oxygen accepts the two electrons and got reduced to the molecule of water in the ETC.

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Answer 4

Question

Chapter 8, Problem 4FIB

Summary Introduction

Introduction:

The series of complex reactions involving the transfer of the electrons across the membrane is “Electron transport chain”. This process occurs in the presence of oxygen. The oxygen accepts the two electrons and got reduced to the molecule of water in the ETC.

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Answer 5

Chapter 8, Problem 4FIB

Summary Introduction

Introduction:

The series of complex reactions involving the transfer of the electrons across the membrane is “Electron transport chain”. This process occurs in the presence of oxygen. The oxygen accepts the two electrons and got reduced to the molecule of water in the ETC.

Answer 6

Chapter 8, Problem 4FIB

Summary Introduction

Introduction:

The series of complex reactions involving the transfer of the electrons across the membrane is “Electron transport chain”. This process occurs in the presence of oxygen. The oxygen accepts the two electrons and got reduced to the molecule of water in the ETC.

Answer 7

Chapter 8, Problem 4FIB

Summary Introduction

Introduction:

The series of complex reactions involving the transfer of the electrons across the membrane is “Electron transport chain”. This process occurs in the presence of oxygen. The oxygen accepts the two electrons and got reduced to the molecule of water in the ETC.

Answer 8

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Answer 11

Ch. 8.1 - explain how photosynthesis and glucose breakdown...Ch. 8.1 - summarize glucose breakdown in the presence and...Ch. 8.2 - What is the net energy yield in ATP and NADH...Ch. 8.2 - explain the energy investment and...Ch. 8.2 - Prob. 2CYL Ch. 8.3 - How would the rate of ATP production be affected...Ch. 8.3 - Cyanide is a favorite poison in old murder...Ch. 8.3 - Raising a King The mitochondrial DNA (mtDNA) that...Ch. 8.3 - summarize the two major stages of cellular...Ch. 8.3 - explain how ATP is generated by chemiosmosis?

The series of complex reactions involving the transfer of the electrons across the membrane is “ Electron transport chain ”. This process occurs in the presence of oxygen. The oxygen accepts the two electrons and got reduced to the molecule of water in the ETC .

Solution Summary: The author explains the process of chemiosmosis, where protons are transported from mitochondrial matrix to intermembrane space and create a concentration gradient.

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Introduction:

The series of complex reactions involving the transfer of the electrons across the membrane is “Electron transport chain”. This process occurs in the presence of oxygen. The oxygen accepts the two electrons and got reduced to the molecule of water in the ETC.

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Chapter 8 Solutions

The series of complex reactions involving the transfer of the electrons across the membrane is “ Electron transport chain ”. This process occurs in the presence of oxygen. The oxygen accepts the two electrons and got reduced to the molecule of water in the ETC .

Solution Summary: The author explains the process of chemiosmosis, where protons are transported from mitochondrial matrix to intermembrane space and create a concentration gradient.

Concept explainers

Videos

Introduction: The series of complex reactions involving the transfer of the electrons across the membrane is “Electron transport chain”. This process occurs in the presence of oxygen. The oxygen accepts the two electrons and got reduced to the molecule of water in the ETC.

Want to see the full answer?

Chapter 8 Solutions

Introduction:

The series of complex reactions involving the transfer of the electrons across the membrane is “Electron transport chain”. This process occurs in the presence of oxygen. The oxygen accepts the two electrons and got reduced to the molecule of water in the ETC.