The given blank space in the statement, “The paradox in this case was that even though the patient’s PA O2 and Pa o increased in response to the increased ventilation-perfusion ratio, the actual amount of oxygen being transported (__ decreased; increased;_ remained the same) because of the ( increased; decreased) blood flow”. Introduction: The relationship between the amount of ventilation and the pulmonary capillary blood flow is known as the ventilation-perfusion ratio. Ideally, the lungs need to receive the same amount of capillary blood and ventilation. The overall ventilation-perfusion ratio is 0.8. The ratio depends on the ventilation and perfusion, and not just on the partial pressure of oxygen.

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Answer 1

Question

Chapter 8, Problem 1CAQ3

Summary Introduction

To review:

The given blank space in the statement, “The paradox in this case was that even though the patient’s PA_O2 and Pa_o increased in response to the increased ventilation-perfusion ratio, the actual amount of oxygen being transported (__ decreased; increased;_ remained the same) because of the ( increased; decreased) blood flow”.

Introduction:

The relationship between the amount of ventilation and the pulmonary capillary blood flow is known as the ventilation-perfusion ratio. Ideally, the lungs need to receive the same amount of capillary blood and ventilation. The overall ventilation-perfusion ratio is 0.8. The ratio depends on the ventilation and perfusion, and not just on the partial pressure of oxygen.

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Answer 2

Question

Chapter 8, Problem 1CAQ3

Summary Introduction

To review:

The given blank space in the statement, “The paradox in this case was that even though the patient’s PA_O2 and Pa_o increased in response to the increased ventilation-perfusion ratio, the actual amount of oxygen being transported (__ decreased; increased;_ remained the same) because of the ( increased; decreased) blood flow”.

Introduction:

The relationship between the amount of ventilation and the pulmonary capillary blood flow is known as the ventilation-perfusion ratio. Ideally, the lungs need to receive the same amount of capillary blood and ventilation. The overall ventilation-perfusion ratio is 0.8. The ratio depends on the ventilation and perfusion, and not just on the partial pressure of oxygen.

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Answer 3

Question

Chapter 8, Problem 1CAQ3

Summary Introduction

To review:

The given blank space in the statement, “The paradox in this case was that even though the patient’s PA_O2 and Pa_o increased in response to the increased ventilation-perfusion ratio, the actual amount of oxygen being transported (__ decreased; increased;_ remained the same) because of the ( increased; decreased) blood flow”.

Introduction:

The relationship between the amount of ventilation and the pulmonary capillary blood flow is known as the ventilation-perfusion ratio. Ideally, the lungs need to receive the same amount of capillary blood and ventilation. The overall ventilation-perfusion ratio is 0.8. The ratio depends on the ventilation and perfusion, and not just on the partial pressure of oxygen.

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Answer 4

Question

Chapter 8, Problem 1CAQ3

Summary Introduction

To review:

The given blank space in the statement, “The paradox in this case was that even though the patient’s PA_O2 and Pa_o increased in response to the increased ventilation-perfusion ratio, the actual amount of oxygen being transported (__ decreased; increased;_ remained the same) because of the ( increased; decreased) blood flow”.

Introduction:

The relationship between the amount of ventilation and the pulmonary capillary blood flow is known as the ventilation-perfusion ratio. Ideally, the lungs need to receive the same amount of capillary blood and ventilation. The overall ventilation-perfusion ratio is 0.8. The ratio depends on the ventilation and perfusion, and not just on the partial pressure of oxygen.

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Answer 5

Chapter 8, Problem 1CAQ3

Summary Introduction

To review:

The given blank space in the statement, “The paradox in this case was that even though the patient’s PA_O2 and Pa_o increased in response to the increased ventilation-perfusion ratio, the actual amount of oxygen being transported (__ decreased; increased;_ remained the same) because of the ( increased; decreased) blood flow”.

Introduction:

The relationship between the amount of ventilation and the pulmonary capillary blood flow is known as the ventilation-perfusion ratio. Ideally, the lungs need to receive the same amount of capillary blood and ventilation. The overall ventilation-perfusion ratio is 0.8. The ratio depends on the ventilation and perfusion, and not just on the partial pressure of oxygen.

Answer 6

Chapter 8, Problem 1CAQ3

Summary Introduction

To review:

The given blank space in the statement, “The paradox in this case was that even though the patient’s PA_O2 and Pa_o increased in response to the increased ventilation-perfusion ratio, the actual amount of oxygen being transported (__ decreased; increased;_ remained the same) because of the ( increased; decreased) blood flow”.

Introduction:

The relationship between the amount of ventilation and the pulmonary capillary blood flow is known as the ventilation-perfusion ratio. Ideally, the lungs need to receive the same amount of capillary blood and ventilation. The overall ventilation-perfusion ratio is 0.8. The ratio depends on the ventilation and perfusion, and not just on the partial pressure of oxygen.

Answer 7

Chapter 8, Problem 1CAQ3

Summary Introduction

To review:

The given blank space in the statement, “The paradox in this case was that even though the patient’s PA_O2 and Pa_o increased in response to the increased ventilation-perfusion ratio, the actual amount of oxygen being transported (__ decreased; increased;_ remained the same) because of the ( increased; decreased) blood flow”.

Introduction:

The relationship between the amount of ventilation and the pulmonary capillary blood flow is known as the ventilation-perfusion ratio. Ideally, the lungs need to receive the same amount of capillary blood and ventilation. The overall ventilation-perfusion ratio is 0.8. The ratio depends on the ventilation and perfusion, and not just on the partial pressure of oxygen.

Answer 8

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Answer 11

Ch. 8 - Overall, the normal ratio is...Ch. 8 - 2. In the healthy individual in the upright...Ch. 8 - Prob. 3RQ Ch. 8 - Prob. 4RQ Ch. 8 - Prob. 5RQ Ch. 8 - Prob. 1CAQ1 Ch. 8 - Prob. 1CAQ2 Ch. 8 - Prob. 1CAQ3 Ch. 8 - Prob. 2CAQ1 Ch. 8 - Case 2 The patient's fatigue and respiratory rate...

Solution Summary: The author analyzes how the patient's PA O2 and Pa o increased in response to the increased ventilation-perfusion ratio, but the actual amount of oxygen transported decreased because of the decreased blood flow.

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