Question 1

Which of the following statements about ATP synthase is FALSE?

Accepted Answer

A) It synthesizes ATP. 
B) It transports electrons. 
C) It binds phosphate. 
D) It binds ADP. 
E) It transports hydrogen ions. 
A) It synthesizes ATP. 
B) It transports electrons. 
C) It binds phosphate. 
D) It binds ADP. 
E) It transports hydrogen ions.

Question 2

For each pair of electrons that passes from NADH to oxygen, three molecules of ATP are formed during oxidative phosphorylation.

Accepted Answer

A) True 
 B)False

Question 3

Which of the following statements about iron-sulfur proteins is FALSE?

Accepted Answer

A) They are components of the electron transport chain. 
B) Their iron is not attached to a porphyrin ring. 
C) Their iron is attached to sulfides. 
D) Their iron is attached to the sulfur of sulfur-containing amino acids. 
E) They carry electrons and protons. 
A) They are components of the electron transport chain. 
B) Their iron is not attached to a porphyrin ring. 
C) Their iron is attached to sulfides. 
D) Their iron is attached to the sulfur of sulfur-containing amino acids. 
E) They carry electrons and protons.

Question 4

For every glucose molecule that completes glycolysis, how many total molecules of ATP are produced?

Accepted Answer

A) 0 
B) 1 
C) 2 
D) 3 
E) 4 
A) 0 
B) 1 
C) 2 
D) 3 
E) 4

Question 5

Each NADH molecule produced in glycolysis is transported across the mitochondrial membrane at a "cost" of one ATP.

Accepted Answer

A) True 
 B)False

Question 6

Where in the cell does glycolysis occur?

Accepted Answer

A) the cytosol 
B) mitochondria 
C) the nucleus 
D) the endoplasmic reticulum 
E) chloroplasts 
A) the cytosol 
B) mitochondria 
C) the nucleus 
D) the endoplasmic reticulum 
E) chloroplasts

Which of the following statements about ATP synthase is FALSE?

For each pair of electrons that passes from NADH to oxygen, three molecules of ATP are formed during oxidative phosphorylation.

Which of the following statements about iron-sulfur proteins is FALSE?

For every glucose molecule that completes glycolysis, how many total molecules of ATP are produced?

Each NADH molecule produced in glycolysis is transported across the mitochondrial membrane at a "cost" of one ATP.

Where in the cell does glycolysis occur?

Botany: an Introduction

The Molecular Composition of Plant Cells

The Plant Cell and the Cell Cycle

The Movement of Substances Into and Out of Cells

The Flow of Energy

Photosynthesis, Light, and Life

Sexual Reproduction and Heredity

The Chemistry of Heredity and Gene Expression

Recombinant Dna Technology, Plant Biotechnology, and Genomics

The Process of Evolution

Systematics: the Science of Biological Diversity

Prokaryotes and Viruses

Fungi

Protists: Algae and Heterotrophic Protists

Bryophytes

Seedless Vascular Plants

Gymnosperms

Introduction to the Angiosperms

Evolution of the Angiosperms

Plants and People

Early Development of the Plant Body

Cells and Tissues of the Plant Body

The Root: Structure and Development

The Shoot: Primary Structure and Development

Secondary Growth in Stems

Regulating Growth and Development: the Plant Hormones

External Factors and Plant Growth

Plant Nutrition and Soils

The Movement of Water and Solutes in Plants

The Dynamics of Communities and Ecosystems

Global Ecology

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Exam 6: Respiration

Which of the following statements about ATP synthase is FALSE?

For each pair of electrons that passes from NADH to oxygen, three molecules of ATP are formed during oxidative phosphorylation.

Which of the following statements about iron-sulfur proteins is FALSE?

For every glucose molecule that completes glycolysis, how many total molecules of ATP are produced?

Each NADH molecule produced in glycolysis is transported across the mitochondrial membrane at a "cost" of one ATP.

Where in the cell does glycolysis occur?

Botany: an Introduction

The Molecular Composition of Plant Cells

The Plant Cell and the Cell Cycle

The Movement of Substances Into and Out of Cells

The Flow of Energy

Photosynthesis, Light, and Life

Sexual Reproduction and Heredity

The Chemistry of Heredity and Gene Expression

Recombinant Dna Technology, Plant Biotechnology, and Genomics

The Process of Evolution

Systematics: the Science of Biological Diversity

Prokaryotes and Viruses

Fungi

Protists: Algae and Heterotrophic Protists

Bryophytes

Seedless Vascular Plants

Gymnosperms

Introduction to the Angiosperms

Evolution of the Angiosperms

Plants and People

Early Development of the Plant Body

Cells and Tissues of the Plant Body

The Root: Structure and Development

The Shoot: Primary Structure and Development

Secondary Growth in Stems

Regulating Growth and Development: the Plant Hormones

External Factors and Plant Growth

Plant Nutrition and Soils

The Movement of Water and Solutes in Plants

The Dynamics of Communities and Ecosystems

Global Ecology

Filters