In what way the energy cost per hop differ at the two frequencies and also how this is related to energy storage in tendons. Concept introduction: The locomotion is one of the most important characteristics of animals. It helps them to find mates, forage and to escape from enemies. The locomotion on land is mediated in animals by the structural adaptations that evolved over the time to overcome the force of friction and force of gravity that opposed the movement on land. The adaptations for movement include the presence of powerful leg muscles, strong skeletal support and storage of energy in the tendons while hopping (in some animals). Given data : The energy consumed when standing is 159 joules/sec. The energy consumed during hopping at different frequency is given as follows: Frequency (hops/sec) Energy used (joules/sec) 1.85 735 0.92 716

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Answer 1

Question

Chapter 50, Problem 9TYU

Summary Introduction

To determine: In what way the energy cost per hop differ at the two frequencies and also how this is related to energy storage in tendons.

Concept introduction: The locomotion is one of the most important characteristics of animals. It helps them to find mates, forage and to escape from enemies.

The locomotion on land is mediated in animals by the structural adaptations that evolved over the time to overcome the force of friction and force of gravity that opposed the movement on land. The adaptations for movement include the presence of powerful leg muscles, strong skeletal support and storage of energy in the tendons while hopping (in some animals).

Given data:

The energy consumed when standing is 159 joules/sec.

The energy consumed during hopping at different frequency is given as follows:

Frequency (hops/sec) Energy used (joules/sec)
1.85 735
0.92 716

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Answer 2

Question

Chapter 50, Problem 9TYU

Summary Introduction

To determine: In what way the energy cost per hop differ at the two frequencies and also how this is related to energy storage in tendons.

Concept introduction: The locomotion is one of the most important characteristics of animals. It helps them to find mates, forage and to escape from enemies.

The locomotion on land is mediated in animals by the structural adaptations that evolved over the time to overcome the force of friction and force of gravity that opposed the movement on land. The adaptations for movement include the presence of powerful leg muscles, strong skeletal support and storage of energy in the tendons while hopping (in some animals).

Given data:

The energy consumed when standing is 159 joules/sec.

The energy consumed during hopping at different frequency is given as follows:

Frequency (hops/sec) Energy used (joules/sec)
1.85 735
0.92 716

Expert Solution & Answer

Want to see the full answer?

Check out a sample textbook solution

See solution

Answer 3

Question

Chapter 50, Problem 9TYU

Summary Introduction

To determine: In what way the energy cost per hop differ at the two frequencies and also how this is related to energy storage in tendons.

Concept introduction: The locomotion is one of the most important characteristics of animals. It helps them to find mates, forage and to escape from enemies.

The locomotion on land is mediated in animals by the structural adaptations that evolved over the time to overcome the force of friction and force of gravity that opposed the movement on land. The adaptations for movement include the presence of powerful leg muscles, strong skeletal support and storage of energy in the tendons while hopping (in some animals).

Given data:

The energy consumed when standing is 159 joules/sec.

The energy consumed during hopping at different frequency is given as follows:

Frequency (hops/sec) Energy used (joules/sec)
1.85 735
0.92 716

Expert Solution & Answer

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Check out a sample textbook solution

See solution

Answer 4

Question

Chapter 50, Problem 9TYU

Summary Introduction

To determine: In what way the energy cost per hop differ at the two frequencies and also how this is related to energy storage in tendons.

Concept introduction: The locomotion is one of the most important characteristics of animals. It helps them to find mates, forage and to escape from enemies.

The locomotion on land is mediated in animals by the structural adaptations that evolved over the time to overcome the force of friction and force of gravity that opposed the movement on land. The adaptations for movement include the presence of powerful leg muscles, strong skeletal support and storage of energy in the tendons while hopping (in some animals).

Given data:

The energy consumed when standing is 159 joules/sec.

The energy consumed during hopping at different frequency is given as follows:

Frequency (hops/sec) Energy used (joules/sec)
1.85 735
0.92 716

Expert Solution & Answer

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Check out a sample textbook solution

See solution

Answer 5

Chapter 50, Problem 9TYU

Summary Introduction

To determine: In what way the energy cost per hop differ at the two frequencies and also how this is related to energy storage in tendons.

Concept introduction: The locomotion is one of the most important characteristics of animals. It helps them to find mates, forage and to escape from enemies.

The locomotion on land is mediated in animals by the structural adaptations that evolved over the time to overcome the force of friction and force of gravity that opposed the movement on land. The adaptations for movement include the presence of powerful leg muscles, strong skeletal support and storage of energy in the tendons while hopping (in some animals).

Given data:

The energy consumed when standing is 159 joules/sec.

The energy consumed during hopping at different frequency is given as follows:

Frequency (hops/sec) Energy used (joules/sec)
1.85 735
0.92 716

Answer 6

Chapter 50, Problem 9TYU

Summary Introduction

To determine: In what way the energy cost per hop differ at the two frequencies and also how this is related to energy storage in tendons.

Concept introduction: The locomotion is one of the most important characteristics of animals. It helps them to find mates, forage and to escape from enemies.

The locomotion on land is mediated in animals by the structural adaptations that evolved over the time to overcome the force of friction and force of gravity that opposed the movement on land. The adaptations for movement include the presence of powerful leg muscles, strong skeletal support and storage of energy in the tendons while hopping (in some animals).

Given data:

The energy consumed when standing is 159 joules/sec.

The energy consumed during hopping at different frequency is given as follows:

Frequency (hops/sec) Energy used (joules/sec)
1.85 735
0.92 716

Answer 7

Chapter 50, Problem 9TYU

Summary Introduction

To determine: In what way the energy cost per hop differ at the two frequencies and also how this is related to energy storage in tendons.

Concept introduction: The locomotion is one of the most important characteristics of animals. It helps them to find mates, forage and to escape from enemies.

The locomotion on land is mediated in animals by the structural adaptations that evolved over the time to overcome the force of friction and force of gravity that opposed the movement on land. The adaptations for movement include the presence of powerful leg muscles, strong skeletal support and storage of energy in the tendons while hopping (in some animals).

Given data:

The energy consumed when standing is 159 joules/sec.

The energy consumed during hopping at different frequency is given as follows:

Frequency (hops/sec) Energy used (joules/sec)
1.85 735
0.92 716

Answer 8

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Answer 9

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Answer 10

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Answer 11

Ch. 50.1 - Which one of the five categories of sensory...Ch. 50.1 - Prob. 2CC Ch. 50.1 - Prob. 3CC Ch. 50.2 - How are otoliths adaptive for burrowing mammals,...Ch. 50.2 - Prob. 2CC Ch. 50.2 - Prob. 3CC Ch. 50.2 - Prob. 4CC Ch. 50.3 - Contrast the light-detecting organs of planarians...Ch. 50.3 - Prob. 2CC Ch. 50.3 - Prob. 3CC

Solution Summary: The author explains how the energy cost per hop differs at the two frequencies and how this is related to energy storage in tendons.

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Chapter 50 Solutions

Frequency (hops/sec)	Energy used (joules/sec)
1.85	735
0.92	716