The primary cause of reduced or increased pH in the body could be respiratory and metabolic (acidosis and alkalosis). The body tries to compensate the loss or gain of protons and bicarbonate ions. If there is increased proton in the body, it will be compensated by elevating the level of bicarbonate ions. If the level of bicarbonate is less it will be compensated by decreasing the level of protons in the body. The renal and respiratory system compensates for the increased or decreased pH by absorbing the excess of protons or bicarbonate ions or by providing the protons and bicarbonate ions in case of decreased or increased pH so that pH could return to an optimum level.

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Answer 1

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Chapter 25, Problem 5CAL

Summary Introduction

Introduction:

The primary cause of reduced or increased pH in the body could be respiratory and metabolic (acidosis and alkalosis). The body tries to compensate the loss or gain of protons and bicarbonate ions. If there is increased proton in the body, it will be compensated by elevating the level of bicarbonate ions. If the level of bicarbonate is less it will be compensated by decreasing the level of protons in the body. The renal and respiratory system compensates for the increased or decreased pH by absorbing the excess of protons or bicarbonate ions or by providing the protons and bicarbonate ions in case of decreased or increased pH so that pH could return to an optimum level.

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Answer 2

Question

Chapter 25, Problem 5CAL

Summary Introduction

Introduction:

The primary cause of reduced or increased pH in the body could be respiratory and metabolic (acidosis and alkalosis). The body tries to compensate the loss or gain of protons and bicarbonate ions. If there is increased proton in the body, it will be compensated by elevating the level of bicarbonate ions. If the level of bicarbonate is less it will be compensated by decreasing the level of protons in the body. The renal and respiratory system compensates for the increased or decreased pH by absorbing the excess of protons or bicarbonate ions or by providing the protons and bicarbonate ions in case of decreased or increased pH so that pH could return to an optimum level.

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Answer 3

Question

Chapter 25, Problem 5CAL

Summary Introduction

Introduction:

The primary cause of reduced or increased pH in the body could be respiratory and metabolic (acidosis and alkalosis). The body tries to compensate the loss or gain of protons and bicarbonate ions. If there is increased proton in the body, it will be compensated by elevating the level of bicarbonate ions. If the level of bicarbonate is less it will be compensated by decreasing the level of protons in the body. The renal and respiratory system compensates for the increased or decreased pH by absorbing the excess of protons or bicarbonate ions or by providing the protons and bicarbonate ions in case of decreased or increased pH so that pH could return to an optimum level.

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Answer 4

Question

Chapter 25, Problem 5CAL

Summary Introduction

Introduction:

The primary cause of reduced or increased pH in the body could be respiratory and metabolic (acidosis and alkalosis). The body tries to compensate the loss or gain of protons and bicarbonate ions. If there is increased proton in the body, it will be compensated by elevating the level of bicarbonate ions. If the level of bicarbonate is less it will be compensated by decreasing the level of protons in the body. The renal and respiratory system compensates for the increased or decreased pH by absorbing the excess of protons or bicarbonate ions or by providing the protons and bicarbonate ions in case of decreased or increased pH so that pH could return to an optimum level.

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Answer 5

Chapter 25, Problem 5CAL

Summary Introduction

Introduction:

The primary cause of reduced or increased pH in the body could be respiratory and metabolic (acidosis and alkalosis). The body tries to compensate the loss or gain of protons and bicarbonate ions. If there is increased proton in the body, it will be compensated by elevating the level of bicarbonate ions. If the level of bicarbonate is less it will be compensated by decreasing the level of protons in the body. The renal and respiratory system compensates for the increased or decreased pH by absorbing the excess of protons or bicarbonate ions or by providing the protons and bicarbonate ions in case of decreased or increased pH so that pH could return to an optimum level.

Answer 6

Chapter 25, Problem 5CAL

Summary Introduction

Introduction:

The primary cause of reduced or increased pH in the body could be respiratory and metabolic (acidosis and alkalosis). The body tries to compensate the loss or gain of protons and bicarbonate ions. If there is increased proton in the body, it will be compensated by elevating the level of bicarbonate ions. If the level of bicarbonate is less it will be compensated by decreasing the level of protons in the body. The renal and respiratory system compensates for the increased or decreased pH by absorbing the excess of protons or bicarbonate ions or by providing the protons and bicarbonate ions in case of decreased or increased pH so that pH could return to an optimum level.

Answer 7

Chapter 25, Problem 5CAL

Summary Introduction

Introduction:

The primary cause of reduced or increased pH in the body could be respiratory and metabolic (acidosis and alkalosis). The body tries to compensate the loss or gain of protons and bicarbonate ions. If there is increased proton in the body, it will be compensated by elevating the level of bicarbonate ions. If the level of bicarbonate is less it will be compensated by decreasing the level of protons in the body. The renal and respiratory system compensates for the increased or decreased pH by absorbing the excess of protons or bicarbonate ions or by providing the protons and bicarbonate ions in case of decreased or increased pH so that pH could return to an optimum level.

Answer 8

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Answer 11

Ch. 25.1 - Prob. 1WDYL Ch. 25.1 - Which ions are more prevalent in the intracellular...Ch. 25.1 - What is the major distinction in the chemical...Ch. 25.1 - Prob. 4WDYL Ch. 25.2 - What are the two major sources of fluid intake?...Ch. 25.2 - How would you distinguish fluid deficiency from...Ch. 25.2 - Prob. 7WDYL Ch. 25.2 - Which of these four hormonesangiotensin II,...Ch. 25.3 - Why do electrolytes exert a greater osmotic...Ch. 25.3 - Prob. 10WDYL

Solution Summary: The author explains that the primary cause of decreased or increased pH in the body could be respiratory and metabolic (acidosis and alkalosis).

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