The blood moves in the arteries and the arterioles because of the blood pressure. As the distance from the heart increases, the pressure decreases. The pressure in the arteries is much higher than the pressure in the arterioles. Similarly, the pressure at the arteriolar end is more than the pressure at the venular ends. The blood flow in the venous system depends on vasoconstriction of veins, respiratory movements, and the skeletal muscle contraction.

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Answer 1

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Chapter 15, Problem 28CA

Summary Introduction

Introduction:

The blood moves in the arteries and the arterioles because of the blood pressure. As the distance from the heart increases, the pressure decreases. The pressure in the arteries is much higher than the pressure in the arterioles. Similarly, the pressure at the arteriolar end is more than the pressure at the venular ends. The blood flow in the venous system depends on vasoconstriction of veins, respiratory movements, and the skeletal muscle contraction.

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Answer 2

Question

Chapter 15, Problem 28CA

Summary Introduction

Introduction:

The blood moves in the arteries and the arterioles because of the blood pressure. As the distance from the heart increases, the pressure decreases. The pressure in the arteries is much higher than the pressure in the arterioles. Similarly, the pressure at the arteriolar end is more than the pressure at the venular ends. The blood flow in the venous system depends on vasoconstriction of veins, respiratory movements, and the skeletal muscle contraction.

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Answer 3

Question

Chapter 15, Problem 28CA

Summary Introduction

Introduction:

The blood moves in the arteries and the arterioles because of the blood pressure. As the distance from the heart increases, the pressure decreases. The pressure in the arteries is much higher than the pressure in the arterioles. Similarly, the pressure at the arteriolar end is more than the pressure at the venular ends. The blood flow in the venous system depends on vasoconstriction of veins, respiratory movements, and the skeletal muscle contraction.

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Answer 4

Question

Chapter 15, Problem 28CA

Summary Introduction

Introduction:

The blood moves in the arteries and the arterioles because of the blood pressure. As the distance from the heart increases, the pressure decreases. The pressure in the arteries is much higher than the pressure in the arterioles. Similarly, the pressure at the arteriolar end is more than the pressure at the venular ends. The blood flow in the venous system depends on vasoconstriction of veins, respiratory movements, and the skeletal muscle contraction.

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Answer 5

Chapter 15, Problem 28CA

Summary Introduction

Introduction:

The blood moves in the arteries and the arterioles because of the blood pressure. As the distance from the heart increases, the pressure decreases. The pressure in the arteries is much higher than the pressure in the arterioles. Similarly, the pressure at the arteriolar end is more than the pressure at the venular ends. The blood flow in the venous system depends on vasoconstriction of veins, respiratory movements, and the skeletal muscle contraction.

Answer 6

Chapter 15, Problem 28CA

Summary Introduction

Introduction:

The blood moves in the arteries and the arterioles because of the blood pressure. As the distance from the heart increases, the pressure decreases. The pressure in the arteries is much higher than the pressure in the arterioles. Similarly, the pressure at the arteriolar end is more than the pressure at the venular ends. The blood flow in the venous system depends on vasoconstriction of veins, respiratory movements, and the skeletal muscle contraction.

Answer 7

Chapter 15, Problem 28CA

Summary Introduction

Introduction:

The blood moves in the arteries and the arterioles because of the blood pressure. As the distance from the heart increases, the pressure decreases. The pressure in the arteries is much higher than the pressure in the arterioles. Similarly, the pressure at the arteriolar end is more than the pressure at the venular ends. The blood flow in the venous system depends on vasoconstriction of veins, respiratory movements, and the skeletal muscle contraction.

Answer 8

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Answer 11

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