The relationship between the pH of the blood and how the brain sets the breathing rate. Introduction: Air exhaled by a person has a different gas composition than air absorbed by a person. The capillaries near the alveoli receive oxygen as a result of inhaling. Carbon dioxide is simultaneously transferred from capillaries to alveoli. But not for carbon dioxide, hemoglobin has a stronger affinity. Hemoglobin gains an increased affinity for oxygen when one carbon monoxide molecule attaches to it. To diffuse into the plasma, carbon dioxide becomes bicarbonate ions.

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Answer 1

Question

Chapter 31.4, Problem 4MC

Summary Introduction

To analyze:

The relationship between the pH of the blood and how the brain sets the breathing rate.

Introduction:

Air exhaled by a person has a different gas composition than air absorbed by a person. The capillaries near the alveoli receive oxygen as a result of inhaling. Carbon dioxide is simultaneously transferred from capillaries to alveoli. But not for carbon dioxide, hemoglobin has a stronger affinity. Hemoglobin gains an increased affinity for oxygen when one carbon monoxide molecule attaches to it. To diffuse into the plasma, carbon dioxide becomes bicarbonate ions.

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Answer 2

Question

Chapter 31.4, Problem 4MC

Summary Introduction

To analyze:

The relationship between the pH of the blood and how the brain sets the breathing rate.

Introduction:

Air exhaled by a person has a different gas composition than air absorbed by a person. The capillaries near the alveoli receive oxygen as a result of inhaling. Carbon dioxide is simultaneously transferred from capillaries to alveoli. But not for carbon dioxide, hemoglobin has a stronger affinity. Hemoglobin gains an increased affinity for oxygen when one carbon monoxide molecule attaches to it. To diffuse into the plasma, carbon dioxide becomes bicarbonate ions.

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Answer 3

Question

Chapter 31.4, Problem 4MC

Summary Introduction

To analyze:

The relationship between the pH of the blood and how the brain sets the breathing rate.

Introduction:

Air exhaled by a person has a different gas composition than air absorbed by a person. The capillaries near the alveoli receive oxygen as a result of inhaling. Carbon dioxide is simultaneously transferred from capillaries to alveoli. But not for carbon dioxide, hemoglobin has a stronger affinity. Hemoglobin gains an increased affinity for oxygen when one carbon monoxide molecule attaches to it. To diffuse into the plasma, carbon dioxide becomes bicarbonate ions.

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Answer 4

Question

Chapter 31.4, Problem 4MC

Summary Introduction

To analyze:

The relationship between the pH of the blood and how the brain sets the breathing rate.

Introduction:

Air exhaled by a person has a different gas composition than air absorbed by a person. The capillaries near the alveoli receive oxygen as a result of inhaling. Carbon dioxide is simultaneously transferred from capillaries to alveoli. But not for carbon dioxide, hemoglobin has a stronger affinity. Hemoglobin gains an increased affinity for oxygen when one carbon monoxide molecule attaches to it. To diffuse into the plasma, carbon dioxide becomes bicarbonate ions.

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Answer 5

Chapter 31.4, Problem 4MC

Summary Introduction

To analyze:

The relationship between the pH of the blood and how the brain sets the breathing rate.

Introduction:

Air exhaled by a person has a different gas composition than air absorbed by a person. The capillaries near the alveoli receive oxygen as a result of inhaling. Carbon dioxide is simultaneously transferred from capillaries to alveoli. But not for carbon dioxide, hemoglobin has a stronger affinity. Hemoglobin gains an increased affinity for oxygen when one carbon monoxide molecule attaches to it. To diffuse into the plasma, carbon dioxide becomes bicarbonate ions.

Answer 6

Chapter 31.4, Problem 4MC

Summary Introduction

To analyze:

The relationship between the pH of the blood and how the brain sets the breathing rate.

Introduction:

Air exhaled by a person has a different gas composition than air absorbed by a person. The capillaries near the alveoli receive oxygen as a result of inhaling. Carbon dioxide is simultaneously transferred from capillaries to alveoli. But not for carbon dioxide, hemoglobin has a stronger affinity. Hemoglobin gains an increased affinity for oxygen when one carbon monoxide molecule attaches to it. To diffuse into the plasma, carbon dioxide becomes bicarbonate ions.

Answer 7

Chapter 31.4, Problem 4MC

Summary Introduction

To analyze:

The relationship between the pH of the blood and how the brain sets the breathing rate.

Introduction:

Air exhaled by a person has a different gas composition than air absorbed by a person. The capillaries near the alveoli receive oxygen as a result of inhaling. Carbon dioxide is simultaneously transferred from capillaries to alveoli. But not for carbon dioxide, hemoglobin has a stronger affinity. Hemoglobin gains an increased affinity for oxygen when one carbon monoxide molecule attaches to it. To diffuse into the plasma, carbon dioxide becomes bicarbonate ions.

Answer 8

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Answer 9

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Answer 10

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Answer 11

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