The anatomical examples of each of the six classes of synovial joints by stating the number of axis of rotations each of these examples has. Introduction: Synovial joints may be divided into six basic categories based on the degrees of flexibility and forms of their articular surfaces. The upper limb has all six categories. One multiaxial type (ball-and-socket), three biaxial kinds (condylar, saddle, and plane), and two monaxial varieties are given here in decreasing order of mobility (hinge and pivot).

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Answer 1

Question

Chapter 9.2, Problem 9BYGO

Summary Introduction

To analyze:

The anatomical examples of each of the six classes of synovial joints by stating the number of axis of rotations each of these examples has.

Introduction:

Synovial joints may be divided into six basic categories based on the degrees of flexibility and forms of their articular surfaces. The upper limb has all six categories. One multiaxial type (ball-and-socket), three biaxial kinds (condylar, saddle, and plane), and two monaxial varieties are given here in decreasing order of mobility (hinge and pivot).

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Give an example of each of the six classes of synovial joints and state how many axes of rotation each example has.

Give an example of each of the six classes of synovial jointsand state how many axes of rotation each example has.

Give an example of each of the six classes of synovial joints and state how any axes of rotation each example has.

Answer 2

Question

Chapter 9.2, Problem 9BYGO

Summary Introduction

To analyze:

The anatomical examples of each of the six classes of synovial joints by stating the number of axis of rotations each of these examples has.

Introduction:

Synovial joints may be divided into six basic categories based on the degrees of flexibility and forms of their articular surfaces. The upper limb has all six categories. One multiaxial type (ball-and-socket), three biaxial kinds (condylar, saddle, and plane), and two monaxial varieties are given here in decreasing order of mobility (hinge and pivot).

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Answer 3

Question

Chapter 9.2, Problem 9BYGO

Summary Introduction

To analyze:

The anatomical examples of each of the six classes of synovial joints by stating the number of axis of rotations each of these examples has.

Introduction:

Synovial joints may be divided into six basic categories based on the degrees of flexibility and forms of their articular surfaces. The upper limb has all six categories. One multiaxial type (ball-and-socket), three biaxial kinds (condylar, saddle, and plane), and two monaxial varieties are given here in decreasing order of mobility (hinge and pivot).

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Answer 4

Question

Chapter 9.2, Problem 9BYGO

Summary Introduction

To analyze:

The anatomical examples of each of the six classes of synovial joints by stating the number of axis of rotations each of these examples has.

Introduction:

Synovial joints may be divided into six basic categories based on the degrees of flexibility and forms of their articular surfaces. The upper limb has all six categories. One multiaxial type (ball-and-socket), three biaxial kinds (condylar, saddle, and plane), and two monaxial varieties are given here in decreasing order of mobility (hinge and pivot).

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Answer 5

Chapter 9.2, Problem 9BYGO

Summary Introduction

To analyze:

The anatomical examples of each of the six classes of synovial joints by stating the number of axis of rotations each of these examples has.

Introduction:

Synovial joints may be divided into six basic categories based on the degrees of flexibility and forms of their articular surfaces. The upper limb has all six categories. One multiaxial type (ball-and-socket), three biaxial kinds (condylar, saddle, and plane), and two monaxial varieties are given here in decreasing order of mobility (hinge and pivot).

Answer 6

Chapter 9.2, Problem 9BYGO

Summary Introduction

To analyze:

The anatomical examples of each of the six classes of synovial joints by stating the number of axis of rotations each of these examples has.

Introduction:

Synovial joints may be divided into six basic categories based on the degrees of flexibility and forms of their articular surfaces. The upper limb has all six categories. One multiaxial type (ball-and-socket), three biaxial kinds (condylar, saddle, and plane), and two monaxial varieties are given here in decreasing order of mobility (hinge and pivot).

Answer 7

Chapter 9.2, Problem 9BYGO

Summary Introduction

To analyze:

The anatomical examples of each of the six classes of synovial joints by stating the number of axis of rotations each of these examples has.

Introduction:

Synovial joints may be divided into six basic categories based on the degrees of flexibility and forms of their articular surfaces. The upper limb has all six categories. One multiaxial type (ball-and-socket), three biaxial kinds (condylar, saddle, and plane), and two monaxial varieties are given here in decreasing order of mobility (hinge and pivot).

Answer 8

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Answer 9

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Answer 11

Ch. 9.1 - Prob. 1BYGO Ch. 9.1 - Prob. 2BYGO Ch. 9.1 - Prob. 3BYGO Ch. 9.1 - Prob. 4BYGO Ch. 9.1 - Prob. 5BYGO Ch. 9.1 - Prob. 6BYGO Ch. 9.1 - The fundamental definition of joint (articulation)...Ch. 9.1 - Relationships and differences between the sciences...Ch. 9.1 - Prob. 3AYLO Ch. 9.1 - Prob. 4AYLO

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