If you had to design a model of the human body composed entirely of regular geometric solids, which solid shapes would you choose? Using a straightedge, sketch a model of the human body that incorporates the solid shapes you have selected.

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Answer 1

Textbook Question

Chapter 14, Problem 1IP

If you had to design a model of the human body composed entirely of regular geometric solids, which solid shapes would you choose? Using a straightedge, sketch a model of the human body that incorporates the solid shapes you have selected.

Expert Solution & Answer

Summary Introduction

To explain: The model of human body with different solid shapes.

Concept introduction: In general, human body is made of segments in irregular shapes and diverse mass distributions. Human body is made of bone, muscles, and fat that have different densities and distributed unevenly in individuals.

Explanation of Solution

Some investigators modeled the human body using different geometric solids. This helps an individuals to calculate the moment of inertia for regularly shaped solid substances. Fig.1 represent the model of human body that incorporates the solid shapes using s straightedge.

Basic Biomechanics, Chapter 14, Problem 1IP

Fig.1: Model of human body using different solid shapes.

The solid shapes that are used to construct the model of human body are given below:

Head is elliptical in shape.
The neck region is slender cylindrical in shape.
Scapula and clavicle are joined together in circle shaped articulating bones.
Trunk part of the human body is cylinder in shape.
The abdomen region is spherical in shape.
Humerus, ulna, radius, femur, tibia, and fibula bones on the hands and legs are cylindrical in shape.
The pelvic region of the human model is in cone shape.
Elbows, tendons, and joints are spherical in shape.
Feet resemble pentahedron shape.

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Answer 2

Textbook Question

Chapter 14, Problem 1IP

If you had to design a model of the human body composed entirely of regular geometric solids, which solid shapes would you choose? Using a straightedge, sketch a model of the human body that incorporates the solid shapes you have selected.

Expert Solution & Answer

Summary Introduction

To explain: The model of human body with different solid shapes.

Concept introduction: In general, human body is made of segments in irregular shapes and diverse mass distributions. Human body is made of bone, muscles, and fat that have different densities and distributed unevenly in individuals.

Explanation of Solution

Some investigators modeled the human body using different geometric solids. This helps an individuals to calculate the moment of inertia for regularly shaped solid substances. Fig.1 represent the model of human body that incorporates the solid shapes using s straightedge.

Basic Biomechanics, Chapter 14, Problem 1IP

Fig.1: Model of human body using different solid shapes.

The solid shapes that are used to construct the model of human body are given below:

Head is elliptical in shape.
The neck region is slender cylindrical in shape.
Scapula and clavicle are joined together in circle shaped articulating bones.
Trunk part of the human body is cylinder in shape.
The abdomen region is spherical in shape.
Humerus, ulna, radius, femur, tibia, and fibula bones on the hands and legs are cylindrical in shape.
The pelvic region of the human model is in cone shape.
Elbows, tendons, and joints are spherical in shape.
Feet resemble pentahedron shape.

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Subscribe now to access step-by-step solutions to millions of textbook problems written by subject matter experts!

Answer 3

Textbook Question

Chapter 14, Problem 1IP

If you had to design a model of the human body composed entirely of regular geometric solids, which solid shapes would you choose? Using a straightedge, sketch a model of the human body that incorporates the solid shapes you have selected.

Expert Solution & Answer

Summary Introduction

To explain: The model of human body with different solid shapes.

Concept introduction: In general, human body is made of segments in irregular shapes and diverse mass distributions. Human body is made of bone, muscles, and fat that have different densities and distributed unevenly in individuals.

Explanation of Solution

Some investigators modeled the human body using different geometric solids. This helps an individuals to calculate the moment of inertia for regularly shaped solid substances. Fig.1 represent the model of human body that incorporates the solid shapes using s straightedge.

Basic Biomechanics, Chapter 14, Problem 1IP

Fig.1: Model of human body using different solid shapes.

The solid shapes that are used to construct the model of human body are given below:

Head is elliptical in shape.
The neck region is slender cylindrical in shape.
Scapula and clavicle are joined together in circle shaped articulating bones.
Trunk part of the human body is cylinder in shape.
The abdomen region is spherical in shape.
Humerus, ulna, radius, femur, tibia, and fibula bones on the hands and legs are cylindrical in shape.
The pelvic region of the human model is in cone shape.
Elbows, tendons, and joints are spherical in shape.
Feet resemble pentahedron shape.

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Subscribe now to access step-by-step solutions to millions of textbook problems written by subject matter experts!

Answer 4

Textbook Question

Chapter 14, Problem 1IP

If you had to design a model of the human body composed entirely of regular geometric solids, which solid shapes would you choose? Using a straightedge, sketch a model of the human body that incorporates the solid shapes you have selected.

Expert Solution & Answer

Summary Introduction

To explain: The model of human body with different solid shapes.

Concept introduction: In general, human body is made of segments in irregular shapes and diverse mass distributions. Human body is made of bone, muscles, and fat that have different densities and distributed unevenly in individuals.

Explanation of Solution

Some investigators modeled the human body using different geometric solids. This helps an individuals to calculate the moment of inertia for regularly shaped solid substances. Fig.1 represent the model of human body that incorporates the solid shapes using s straightedge.

Basic Biomechanics, Chapter 14, Problem 1IP

Fig.1: Model of human body using different solid shapes.

The solid shapes that are used to construct the model of human body are given below:

Head is elliptical in shape.
The neck region is slender cylindrical in shape.
Scapula and clavicle are joined together in circle shaped articulating bones.
Trunk part of the human body is cylinder in shape.
The abdomen region is spherical in shape.
Humerus, ulna, radius, femur, tibia, and fibula bones on the hands and legs are cylindrical in shape.
The pelvic region of the human model is in cone shape.
Elbows, tendons, and joints are spherical in shape.
Feet resemble pentahedron shape.

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Answer 5

Textbook Question

Answer 6

Textbook Question

Answer 7

Expert Solution & Answer

Summary Introduction

To explain: The model of human body with different solid shapes.

Concept introduction: In general, human body is made of segments in irregular shapes and diverse mass distributions. Human body is made of bone, muscles, and fat that have different densities and distributed unevenly in individuals.

Explanation of Solution

Some investigators modeled the human body using different geometric solids. This helps an individuals to calculate the moment of inertia for regularly shaped solid substances. Fig.1 represent the model of human body that incorporates the solid shapes using s straightedge.

Basic Biomechanics, Chapter 14, Problem 1IP

Fig.1: Model of human body using different solid shapes.

The solid shapes that are used to construct the model of human body are given below:

Head is elliptical in shape.
The neck region is slender cylindrical in shape.
Scapula and clavicle are joined together in circle shaped articulating bones.
Trunk part of the human body is cylinder in shape.
The abdomen region is spherical in shape.
Humerus, ulna, radius, femur, tibia, and fibula bones on the hands and legs are cylindrical in shape.
The pelvic region of the human model is in cone shape.
Elbows, tendons, and joints are spherical in shape.
Feet resemble pentahedron shape.

Answer 8

Expert Solution & Answer

Summary Introduction

To explain: The model of human body with different solid shapes.

Concept introduction: In general, human body is made of segments in irregular shapes and diverse mass distributions. Human body is made of bone, muscles, and fat that have different densities and distributed unevenly in individuals.

Explanation of Solution

Some investigators modeled the human body using different geometric solids. This helps an individuals to calculate the moment of inertia for regularly shaped solid substances. Fig.1 represent the model of human body that incorporates the solid shapes using s straightedge.

Basic Biomechanics, Chapter 14, Problem 1IP

Fig.1: Model of human body using different solid shapes.

The solid shapes that are used to construct the model of human body are given below:

Head is elliptical in shape.
The neck region is slender cylindrical in shape.
Scapula and clavicle are joined together in circle shaped articulating bones.
Trunk part of the human body is cylinder in shape.
The abdomen region is spherical in shape.
Humerus, ulna, radius, femur, tibia, and fibula bones on the hands and legs are cylindrical in shape.
The pelvic region of the human model is in cone shape.
Elbows, tendons, and joints are spherical in shape.
Feet resemble pentahedron shape.

Answer 9

Expert Solution & Answer

Answer 10

Expert Solution & Answer

Answer 11

Summary Introduction

To explain: The model of human body with different solid shapes.

Concept introduction: In general, human body is made of segments in irregular shapes and diverse mass distributions. Human body is made of bone, muscles, and fat that have different densities and distributed unevenly in individuals.

Answer 12

Explanation of Solution

Some investigators modeled the human body using different geometric solids. This helps an individuals to calculate the moment of inertia for regularly shaped solid substances. Fig.1 represent the model of human body that incorporates the solid shapes using s straightedge.

Basic Biomechanics, Chapter 14, Problem 1IP

Fig.1: Model of human body using different solid shapes.

The solid shapes that are used to construct the model of human body are given below:

Head is elliptical in shape.
The neck region is slender cylindrical in shape.
Scapula and clavicle are joined together in circle shaped articulating bones.
Trunk part of the human body is cylinder in shape.
The abdomen region is spherical in shape.
Humerus, ulna, radius, femur, tibia, and fibula bones on the hands and legs are cylindrical in shape.
The pelvic region of the human model is in cone shape.
Elbows, tendons, and joints are spherical in shape.
Feet resemble pentahedron shape.

Answer 13

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If you had to design a model of the human body composed entirely of regular geometric solids, which solid shapes would you choose? Using a straightedge, sketch a model of the human body that incorporates the solid shapes you have selected.

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