The group or groups in which bilateral symmetry would expect to occur if it were to evolve among cnidarians. Introduction: Animal phylogeny is a rapidly changing field for the biologists. Even if the members of animal kingdom are incredibly diverse, there are various animals sharing certain features that are similar to that of other organisms of the kingdom.

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Answer 1

Question

Chapter 7, Problem 1CT

Summary Introduction

To determine: The group or groups in which bilateral symmetry would expect to occur if it were to evolve among cnidarians.

Introduction: Animal phylogeny is a rapidly changing field for the biologists. Even if the members of animal kingdom are incredibly diverse, there are various animals sharing certain features that are similar to that of other organisms of the kingdom.

Expert Solution

Explanation of Solution

If bilateral symmetry were to evolve among cnidarians, it would expect to develop among the groups of non-sessile, mobile cnidarians, such as jellyfish.

Summary Introduction

To explain: The reason why if bilateral symmetry were to evolve among cnidarians, it would expect to develop among the groups of non-sessile, mobile cnidarians.

Introduction: Animal phylogeny is a rapidly changing field for the biologists. Even if the members of animal kingdom are incredibly diverse, there are various animals sharing certain features that are similar to that of other organisms of the kingdom.

Expert Solution

Explanation of Solution

Phylum Cnidaria comprises approximately 9000 species. It includes hydra, jellyfish, sea anemones, corals, and so on. The body is composed of only two layers of cells. The body exhibits radial symmetry. Bilateral symmetry is particularly advantageous in non-sessile animals. This is because the adaptive advantages of bilateral symmetry are to develop a head along the anteroposterior axis. Thus, it would be expected to develop among the groups of non-sessile, mobile cnidarians.

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Answer 2

Question

Chapter 7, Problem 1CT

Summary Introduction

To determine: The group or groups in which bilateral symmetry would expect to occur if it were to evolve among cnidarians.

Introduction: Animal phylogeny is a rapidly changing field for the biologists. Even if the members of animal kingdom are incredibly diverse, there are various animals sharing certain features that are similar to that of other organisms of the kingdom.

Expert Solution

Explanation of Solution

If bilateral symmetry were to evolve among cnidarians, it would expect to develop among the groups of non-sessile, mobile cnidarians, such as jellyfish.

Summary Introduction

To explain: The reason why if bilateral symmetry were to evolve among cnidarians, it would expect to develop among the groups of non-sessile, mobile cnidarians.

Introduction: Animal phylogeny is a rapidly changing field for the biologists. Even if the members of animal kingdom are incredibly diverse, there are various animals sharing certain features that are similar to that of other organisms of the kingdom.

Expert Solution

Explanation of Solution

Phylum Cnidaria comprises approximately 9000 species. It includes hydra, jellyfish, sea anemones, corals, and so on. The body is composed of only two layers of cells. The body exhibits radial symmetry. Bilateral symmetry is particularly advantageous in non-sessile animals. This is because the adaptive advantages of bilateral symmetry are to develop a head along the anteroposterior axis. Thus, it would be expected to develop among the groups of non-sessile, mobile cnidarians.

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Answer 3

Question

Chapter 7, Problem 1CT

Summary Introduction

To determine: The group or groups in which bilateral symmetry would expect to occur if it were to evolve among cnidarians.

Introduction: Animal phylogeny is a rapidly changing field for the biologists. Even if the members of animal kingdom are incredibly diverse, there are various animals sharing certain features that are similar to that of other organisms of the kingdom.

Expert Solution

Explanation of Solution

If bilateral symmetry were to evolve among cnidarians, it would expect to develop among the groups of non-sessile, mobile cnidarians, such as jellyfish.

Summary Introduction

To explain: The reason why if bilateral symmetry were to evolve among cnidarians, it would expect to develop among the groups of non-sessile, mobile cnidarians.

Introduction: Animal phylogeny is a rapidly changing field for the biologists. Even if the members of animal kingdom are incredibly diverse, there are various animals sharing certain features that are similar to that of other organisms of the kingdom.

Expert Solution

Explanation of Solution

Phylum Cnidaria comprises approximately 9000 species. It includes hydra, jellyfish, sea anemones, corals, and so on. The body is composed of only two layers of cells. The body exhibits radial symmetry. Bilateral symmetry is particularly advantageous in non-sessile animals. This is because the adaptive advantages of bilateral symmetry are to develop a head along the anteroposterior axis. Thus, it would be expected to develop among the groups of non-sessile, mobile cnidarians.

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Answer 4

Question

Chapter 7, Problem 1CT

Summary Introduction

To determine: The group or groups in which bilateral symmetry would expect to occur if it were to evolve among cnidarians.

Introduction: Animal phylogeny is a rapidly changing field for the biologists. Even if the members of animal kingdom are incredibly diverse, there are various animals sharing certain features that are similar to that of other organisms of the kingdom.

Expert Solution

Explanation of Solution

If bilateral symmetry were to evolve among cnidarians, it would expect to develop among the groups of non-sessile, mobile cnidarians, such as jellyfish.

Summary Introduction

To explain: The reason why if bilateral symmetry were to evolve among cnidarians, it would expect to develop among the groups of non-sessile, mobile cnidarians.

Introduction: Animal phylogeny is a rapidly changing field for the biologists. Even if the members of animal kingdom are incredibly diverse, there are various animals sharing certain features that are similar to that of other organisms of the kingdom.

Expert Solution

Explanation of Solution

Phylum Cnidaria comprises approximately 9000 species. It includes hydra, jellyfish, sea anemones, corals, and so on. The body is composed of only two layers of cells. The body exhibits radial symmetry. Bilateral symmetry is particularly advantageous in non-sessile animals. This is because the adaptive advantages of bilateral symmetry are to develop a head along the anteroposterior axis. Thus, it would be expected to develop among the groups of non-sessile, mobile cnidarians.

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Answer 5

Chapter 7, Problem 1CT

Summary Introduction

To determine: The group or groups in which bilateral symmetry would expect to occur if it were to evolve among cnidarians.

Introduction: Animal phylogeny is a rapidly changing field for the biologists. Even if the members of animal kingdom are incredibly diverse, there are various animals sharing certain features that are similar to that of other organisms of the kingdom.

Expert Solution

Explanation of Solution

If bilateral symmetry were to evolve among cnidarians, it would expect to develop among the groups of non-sessile, mobile cnidarians, such as jellyfish.

Summary Introduction

To explain: The reason why if bilateral symmetry were to evolve among cnidarians, it would expect to develop among the groups of non-sessile, mobile cnidarians.

Introduction: Animal phylogeny is a rapidly changing field for the biologists. Even if the members of animal kingdom are incredibly diverse, there are various animals sharing certain features that are similar to that of other organisms of the kingdom.

Expert Solution

Explanation of Solution

Phylum Cnidaria comprises approximately 9000 species. It includes hydra, jellyfish, sea anemones, corals, and so on. The body is composed of only two layers of cells. The body exhibits radial symmetry. Bilateral symmetry is particularly advantageous in non-sessile animals. This is because the adaptive advantages of bilateral symmetry are to develop a head along the anteroposterior axis. Thus, it would be expected to develop among the groups of non-sessile, mobile cnidarians.

Answer 6

Chapter 7, Problem 1CT

Summary Introduction

To determine: The group or groups in which bilateral symmetry would expect to occur if it were to evolve among cnidarians.

Introduction: Animal phylogeny is a rapidly changing field for the biologists. Even if the members of animal kingdom are incredibly diverse, there are various animals sharing certain features that are similar to that of other organisms of the kingdom.

Expert Solution

Explanation of Solution

If bilateral symmetry were to evolve among cnidarians, it would expect to develop among the groups of non-sessile, mobile cnidarians, such as jellyfish.

Answer 7

Chapter 7, Problem 1CT

Summary Introduction

To determine: The group or groups in which bilateral symmetry would expect to occur if it were to evolve among cnidarians.

Introduction: Animal phylogeny is a rapidly changing field for the biologists. Even if the members of animal kingdom are incredibly diverse, there are various animals sharing certain features that are similar to that of other organisms of the kingdom.

Answer 8

Expert Solution

Explanation of Solution

If bilateral symmetry were to evolve among cnidarians, it would expect to develop among the groups of non-sessile, mobile cnidarians, such as jellyfish.

Answer 9

Expert Solution

Answer 10

Expert Solution

Answer 11

Expert Solution

Answer 12

Summary Introduction

To explain: The reason why if bilateral symmetry were to evolve among cnidarians, it would expect to develop among the groups of non-sessile, mobile cnidarians.

Introduction: Animal phylogeny is a rapidly changing field for the biologists. Even if the members of animal kingdom are incredibly diverse, there are various animals sharing certain features that are similar to that of other organisms of the kingdom.

Expert Solution

Explanation of Solution

Phylum Cnidaria comprises approximately 9000 species. It includes hydra, jellyfish, sea anemones, corals, and so on. The body is composed of only two layers of cells. The body exhibits radial symmetry. Bilateral symmetry is particularly advantageous in non-sessile animals. This is because the adaptive advantages of bilateral symmetry are to develop a head along the anteroposterior axis. Thus, it would be expected to develop among the groups of non-sessile, mobile cnidarians.

Answer 13

Summary Introduction

To explain: The reason why if bilateral symmetry were to evolve among cnidarians, it would expect to develop among the groups of non-sessile, mobile cnidarians.

Introduction: Animal phylogeny is a rapidly changing field for the biologists. Even if the members of animal kingdom are incredibly diverse, there are various animals sharing certain features that are similar to that of other organisms of the kingdom.

Answer 14

Expert Solution

Explanation of Solution

Phylum Cnidaria comprises approximately 9000 species. It includes hydra, jellyfish, sea anemones, corals, and so on. The body is composed of only two layers of cells. The body exhibits radial symmetry. Bilateral symmetry is particularly advantageous in non-sessile animals. This is because the adaptive advantages of bilateral symmetry are to develop a head along the anteroposterior axis. Thus, it would be expected to develop among the groups of non-sessile, mobile cnidarians.