The three effects caused by binding of hydrogen ion to the hemoglobin. Introduction: The carbon dioxide in the blood is transported in 3 forms, as carbonate ion, in bound form with protein (hemoglobin) and in dissolved form in the blood. The carbon dioxide is mainly transported in the form of bicarbonate ions (HCO 3 - ). Removing the HCO 3- ions from the red blood cells promotes the transport of carbon dioxide. The decrease in the HCO 3- concentration causes the more CO 2 to combine with water to produce HCO 3- and H + . The elevated concentration of hydrogen ions decreases the pH.

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Answer 1

Question

Chapter 23.6, Problem 59AYP

Summary Introduction

To describe:

The three effects caused by binding of hydrogen ion to the hemoglobin.

Introduction:

The carbon dioxide in the blood is transported in 3 forms, as carbonate ion, in bound form with protein (hemoglobin) and in dissolved form in the blood. The carbon dioxide is mainly transported in the form of bicarbonate ions (HCO₃^-). Removing the HCO_3- ions from the red blood cells promotes the transport of carbon dioxide. The decrease in the HCO_3- concentration causes the more CO₂ to combine with water to produce HCO_3- and H⁺. The elevated concentration of hydrogen ions decreases the pH.

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Answer 2

Question

Chapter 23.6, Problem 59AYP

Summary Introduction

To describe:

The three effects caused by binding of hydrogen ion to the hemoglobin.

Introduction:

The carbon dioxide in the blood is transported in 3 forms, as carbonate ion, in bound form with protein (hemoglobin) and in dissolved form in the blood. The carbon dioxide is mainly transported in the form of bicarbonate ions (HCO₃^-). Removing the HCO_3- ions from the red blood cells promotes the transport of carbon dioxide. The decrease in the HCO_3- concentration causes the more CO₂ to combine with water to produce HCO_3- and H⁺. The elevated concentration of hydrogen ions decreases the pH.

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Answer 3

Question

Chapter 23.6, Problem 59AYP

Summary Introduction

To describe:

The three effects caused by binding of hydrogen ion to the hemoglobin.

Introduction:

The carbon dioxide in the blood is transported in 3 forms, as carbonate ion, in bound form with protein (hemoglobin) and in dissolved form in the blood. The carbon dioxide is mainly transported in the form of bicarbonate ions (HCO₃^-). Removing the HCO_3- ions from the red blood cells promotes the transport of carbon dioxide. The decrease in the HCO_3- concentration causes the more CO₂ to combine with water to produce HCO_3- and H⁺. The elevated concentration of hydrogen ions decreases the pH.

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Answer 4

Question

Chapter 23.6, Problem 59AYP

Summary Introduction

To describe:

The three effects caused by binding of hydrogen ion to the hemoglobin.

Introduction:

The carbon dioxide in the blood is transported in 3 forms, as carbonate ion, in bound form with protein (hemoglobin) and in dissolved form in the blood. The carbon dioxide is mainly transported in the form of bicarbonate ions (HCO₃^-). Removing the HCO_3- ions from the red blood cells promotes the transport of carbon dioxide. The decrease in the HCO_3- concentration causes the more CO₂ to combine with water to produce HCO_3- and H⁺. The elevated concentration of hydrogen ions decreases the pH.

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Answer 5

Chapter 23.6, Problem 59AYP

Summary Introduction

To describe:

The three effects caused by binding of hydrogen ion to the hemoglobin.

Introduction:

The carbon dioxide in the blood is transported in 3 forms, as carbonate ion, in bound form with protein (hemoglobin) and in dissolved form in the blood. The carbon dioxide is mainly transported in the form of bicarbonate ions (HCO₃^-). Removing the HCO_3- ions from the red blood cells promotes the transport of carbon dioxide. The decrease in the HCO_3- concentration causes the more CO₂ to combine with water to produce HCO_3- and H⁺. The elevated concentration of hydrogen ions decreases the pH.

Answer 6

Chapter 23.6, Problem 59AYP

Summary Introduction

To describe:

The three effects caused by binding of hydrogen ion to the hemoglobin.

Introduction:

The carbon dioxide in the blood is transported in 3 forms, as carbonate ion, in bound form with protein (hemoglobin) and in dissolved form in the blood. The carbon dioxide is mainly transported in the form of bicarbonate ions (HCO₃^-). Removing the HCO_3- ions from the red blood cells promotes the transport of carbon dioxide. The decrease in the HCO_3- concentration causes the more CO₂ to combine with water to produce HCO_3- and H⁺. The elevated concentration of hydrogen ions decreases the pH.

Answer 7

Chapter 23.6, Problem 59AYP

Summary Introduction

To describe:

The three effects caused by binding of hydrogen ion to the hemoglobin.

Introduction:

The carbon dioxide in the blood is transported in 3 forms, as carbonate ion, in bound form with protein (hemoglobin) and in dissolved form in the blood. The carbon dioxide is mainly transported in the form of bicarbonate ions (HCO₃^-). Removing the HCO_3- ions from the red blood cells promotes the transport of carbon dioxide. The decrease in the HCO_3- concentration causes the more CO₂ to combine with water to produce HCO_3- and H⁺. The elevated concentration of hydrogen ions decreases the pH.

Answer 8

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Answer 11

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