The planes in which each of the given hip joint movements occurs. Introduction: The hip joint is the articulation of the pelvis in association with the femur that connects the axial skeleton with the lower extremity. It is the ball and socket joint. The femur is the longest bone of the body, which projects out laterally from its head and angles back toward the midline where it forms the proximal bone of the knee.

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Answer 1

Question

Chapter 9, Problem 1RE

Summary Introduction

To list: The planes in which each of the given hip joint movements occurs.

Introduction: The hip joint is the articulation of the pelvis in association with the femur that connects the axial skeleton with the lower extremity. It is the ball and socket joint. The femur is the longest bone of the body, which projects out laterally from its head and angles back toward the midline where it forms the proximal bone of the knee.

Expert Solution

Explanation of Solution

The planes in which each of the given hip joint movements occurs are as follows:

a. Flexion - The plane in which the flexion occurs is the sagittal plane.
b. Extension - The plane in which the extension occurs is the sagittal plane.
c. Adduction - The plane in which the adduction occurs is the frontal plane.
d. Abduction - The plane in which the abduction occurs is the frontal plane.
e. External rotation - The plane in which the external rotation occurs is the transverse plane.
f. Internal rotation - The plane in which the internal rotation occurs is the transverse plane.

Summary Introduction

To list: The respective axis of rotation for each movement in each plane.

Introduction: The hip joint is the articulation of the pelvis in association with the femur that connects the axial skeleton with the lower extremity. It is the ball and socket joint. The femur is the longest bone of the body, which projects out laterally from its head and angles back toward the midline where it forms the proximal bone of the knee.

Expert Solution

Explanation of Solution

The respective axes of rotation in which each of the given hip joint movements occurs are as follows:

a. Flexion - The flexion movement occurs in the frontal axis of rotation.
b. Extension - The extension movement occurs in the frontal axis of rotation.
c. Adduction - The adduction movement occurs in the sagittal axis of rotation.
d. Abduction - The abduction movement occurs in the sagittal axis of rotation.
e. External rotation - The external rotation occurs in the vertical axis of rotation.
f. Internal rotation - The internal rotation occurs in the vertical axis of rotation.

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Answer 2

Question

Chapter 9, Problem 1RE

Summary Introduction

To list: The planes in which each of the given hip joint movements occurs.

Introduction: The hip joint is the articulation of the pelvis in association with the femur that connects the axial skeleton with the lower extremity. It is the ball and socket joint. The femur is the longest bone of the body, which projects out laterally from its head and angles back toward the midline where it forms the proximal bone of the knee.

Expert Solution

Explanation of Solution

The planes in which each of the given hip joint movements occurs are as follows:

a. Flexion - The plane in which the flexion occurs is the sagittal plane.
b. Extension - The plane in which the extension occurs is the sagittal plane.
c. Adduction - The plane in which the adduction occurs is the frontal plane.
d. Abduction - The plane in which the abduction occurs is the frontal plane.
e. External rotation - The plane in which the external rotation occurs is the transverse plane.
f. Internal rotation - The plane in which the internal rotation occurs is the transverse plane.

Summary Introduction

To list: The respective axis of rotation for each movement in each plane.

Introduction: The hip joint is the articulation of the pelvis in association with the femur that connects the axial skeleton with the lower extremity. It is the ball and socket joint. The femur is the longest bone of the body, which projects out laterally from its head and angles back toward the midline where it forms the proximal bone of the knee.

Expert Solution

Explanation of Solution

The respective axes of rotation in which each of the given hip joint movements occurs are as follows:

a. Flexion - The flexion movement occurs in the frontal axis of rotation.
b. Extension - The extension movement occurs in the frontal axis of rotation.
c. Adduction - The adduction movement occurs in the sagittal axis of rotation.
d. Abduction - The abduction movement occurs in the sagittal axis of rotation.
e. External rotation - The external rotation occurs in the vertical axis of rotation.
f. Internal rotation - The internal rotation occurs in the vertical axis of rotation.

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Answer 3

Question

Chapter 9, Problem 1RE

Summary Introduction

To list: The planes in which each of the given hip joint movements occurs.

Introduction: The hip joint is the articulation of the pelvis in association with the femur that connects the axial skeleton with the lower extremity. It is the ball and socket joint. The femur is the longest bone of the body, which projects out laterally from its head and angles back toward the midline where it forms the proximal bone of the knee.

Expert Solution

Explanation of Solution

The planes in which each of the given hip joint movements occurs are as follows:

a. Flexion - The plane in which the flexion occurs is the sagittal plane.
b. Extension - The plane in which the extension occurs is the sagittal plane.
c. Adduction - The plane in which the adduction occurs is the frontal plane.
d. Abduction - The plane in which the abduction occurs is the frontal plane.
e. External rotation - The plane in which the external rotation occurs is the transverse plane.
f. Internal rotation - The plane in which the internal rotation occurs is the transverse plane.

Summary Introduction

To list: The respective axis of rotation for each movement in each plane.

Introduction: The hip joint is the articulation of the pelvis in association with the femur that connects the axial skeleton with the lower extremity. It is the ball and socket joint. The femur is the longest bone of the body, which projects out laterally from its head and angles back toward the midline where it forms the proximal bone of the knee.

Expert Solution

Explanation of Solution

The respective axes of rotation in which each of the given hip joint movements occurs are as follows:

a. Flexion - The flexion movement occurs in the frontal axis of rotation.
b. Extension - The extension movement occurs in the frontal axis of rotation.
c. Adduction - The adduction movement occurs in the sagittal axis of rotation.
d. Abduction - The abduction movement occurs in the sagittal axis of rotation.
e. External rotation - The external rotation occurs in the vertical axis of rotation.
f. Internal rotation - The internal rotation occurs in the vertical axis of rotation.

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Answer 4

Question

Chapter 9, Problem 1RE

Summary Introduction

To list: The planes in which each of the given hip joint movements occurs.

Introduction: The hip joint is the articulation of the pelvis in association with the femur that connects the axial skeleton with the lower extremity. It is the ball and socket joint. The femur is the longest bone of the body, which projects out laterally from its head and angles back toward the midline where it forms the proximal bone of the knee.

Expert Solution

Explanation of Solution

The planes in which each of the given hip joint movements occurs are as follows:

a. Flexion - The plane in which the flexion occurs is the sagittal plane.
b. Extension - The plane in which the extension occurs is the sagittal plane.
c. Adduction - The plane in which the adduction occurs is the frontal plane.
d. Abduction - The plane in which the abduction occurs is the frontal plane.
e. External rotation - The plane in which the external rotation occurs is the transverse plane.
f. Internal rotation - The plane in which the internal rotation occurs is the transverse plane.

Summary Introduction

To list: The respective axis of rotation for each movement in each plane.

Introduction: The hip joint is the articulation of the pelvis in association with the femur that connects the axial skeleton with the lower extremity. It is the ball and socket joint. The femur is the longest bone of the body, which projects out laterally from its head and angles back toward the midline where it forms the proximal bone of the knee.

Expert Solution

Explanation of Solution

The respective axes of rotation in which each of the given hip joint movements occurs are as follows:

a. Flexion - The flexion movement occurs in the frontal axis of rotation.
b. Extension - The extension movement occurs in the frontal axis of rotation.
c. Adduction - The adduction movement occurs in the sagittal axis of rotation.
d. Abduction - The abduction movement occurs in the sagittal axis of rotation.
e. External rotation - The external rotation occurs in the vertical axis of rotation.
f. Internal rotation - The internal rotation occurs in the vertical axis of rotation.

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Answer 5

Chapter 9, Problem 1RE

Summary Introduction

To list: The planes in which each of the given hip joint movements occurs.

Introduction: The hip joint is the articulation of the pelvis in association with the femur that connects the axial skeleton with the lower extremity. It is the ball and socket joint. The femur is the longest bone of the body, which projects out laterally from its head and angles back toward the midline where it forms the proximal bone of the knee.

Expert Solution

Explanation of Solution

The planes in which each of the given hip joint movements occurs are as follows:

a. Flexion - The plane in which the flexion occurs is the sagittal plane.
b. Extension - The plane in which the extension occurs is the sagittal plane.
c. Adduction - The plane in which the adduction occurs is the frontal plane.
d. Abduction - The plane in which the abduction occurs is the frontal plane.
e. External rotation - The plane in which the external rotation occurs is the transverse plane.
f. Internal rotation - The plane in which the internal rotation occurs is the transverse plane.

Summary Introduction

To list: The respective axis of rotation for each movement in each plane.

Introduction: The hip joint is the articulation of the pelvis in association with the femur that connects the axial skeleton with the lower extremity. It is the ball and socket joint. The femur is the longest bone of the body, which projects out laterally from its head and angles back toward the midline where it forms the proximal bone of the knee.

Expert Solution

Explanation of Solution

The respective axes of rotation in which each of the given hip joint movements occurs are as follows:

a. Flexion - The flexion movement occurs in the frontal axis of rotation.
b. Extension - The extension movement occurs in the frontal axis of rotation.
c. Adduction - The adduction movement occurs in the sagittal axis of rotation.
d. Abduction - The abduction movement occurs in the sagittal axis of rotation.
e. External rotation - The external rotation occurs in the vertical axis of rotation.
f. Internal rotation - The internal rotation occurs in the vertical axis of rotation.

Answer 6

Chapter 9, Problem 1RE

Summary Introduction

To list: The planes in which each of the given hip joint movements occurs.

Introduction: The hip joint is the articulation of the pelvis in association with the femur that connects the axial skeleton with the lower extremity. It is the ball and socket joint. The femur is the longest bone of the body, which projects out laterally from its head and angles back toward the midline where it forms the proximal bone of the knee.

Expert Solution

Explanation of Solution

The planes in which each of the given hip joint movements occurs are as follows:

a. Flexion - The plane in which the flexion occurs is the sagittal plane.
b. Extension - The plane in which the extension occurs is the sagittal plane.
c. Adduction - The plane in which the adduction occurs is the frontal plane.
d. Abduction - The plane in which the abduction occurs is the frontal plane.
e. External rotation - The plane in which the external rotation occurs is the transverse plane.
f. Internal rotation - The plane in which the internal rotation occurs is the transverse plane.

Answer 7

Chapter 9, Problem 1RE

Summary Introduction

To list: The planes in which each of the given hip joint movements occurs.

Introduction: The hip joint is the articulation of the pelvis in association with the femur that connects the axial skeleton with the lower extremity. It is the ball and socket joint. The femur is the longest bone of the body, which projects out laterally from its head and angles back toward the midline where it forms the proximal bone of the knee.

Answer 8

Expert Solution

Explanation of Solution

The planes in which each of the given hip joint movements occurs are as follows:

a. Flexion - The plane in which the flexion occurs is the sagittal plane.
b. Extension - The plane in which the extension occurs is the sagittal plane.
c. Adduction - The plane in which the adduction occurs is the frontal plane.
d. Abduction - The plane in which the abduction occurs is the frontal plane.
e. External rotation - The plane in which the external rotation occurs is the transverse plane.
f. Internal rotation - The plane in which the internal rotation occurs is the transverse plane.

Answer 9

Expert Solution

Answer 10

Expert Solution

Answer 11

Expert Solution

Answer 12

Summary Introduction

To list: The respective axis of rotation for each movement in each plane.

Introduction: The hip joint is the articulation of the pelvis in association with the femur that connects the axial skeleton with the lower extremity. It is the ball and socket joint. The femur is the longest bone of the body, which projects out laterally from its head and angles back toward the midline where it forms the proximal bone of the knee.

Expert Solution

Explanation of Solution

The respective axes of rotation in which each of the given hip joint movements occurs are as follows:

a. Flexion - The flexion movement occurs in the frontal axis of rotation.
b. Extension - The extension movement occurs in the frontal axis of rotation.
c. Adduction - The adduction movement occurs in the sagittal axis of rotation.
d. Abduction - The abduction movement occurs in the sagittal axis of rotation.
e. External rotation - The external rotation occurs in the vertical axis of rotation.
f. Internal rotation - The internal rotation occurs in the vertical axis of rotation.

Answer 13

Summary Introduction

To list: The respective axis of rotation for each movement in each plane.

Introduction: The hip joint is the articulation of the pelvis in association with the femur that connects the axial skeleton with the lower extremity. It is the ball and socket joint. The femur is the longest bone of the body, which projects out laterally from its head and angles back toward the midline where it forms the proximal bone of the knee.

Answer 14

Expert Solution

Explanation of Solution

The respective axes of rotation in which each of the given hip joint movements occurs are as follows:

a. Flexion - The flexion movement occurs in the frontal axis of rotation.
b. Extension - The extension movement occurs in the frontal axis of rotation.
c. Adduction - The adduction movement occurs in the sagittal axis of rotation.
d. Abduction - The abduction movement occurs in the sagittal axis of rotation.
e. External rotation - The external rotation occurs in the vertical axis of rotation.
f. Internal rotation - The internal rotation occurs in the vertical axis of rotation.