The flipper of a seal is homologous with the ___ of a bird, and both of these are homologous with the _ of a human. The wing of a bird and the wing of a butterfly are described as __ structures that arose as a result of _ evolution. Remnants of structures in animals that have no use for them, such as the small hind leg bones of whales, are described as _____ structures.

Question

Want to see more full solutions like this?

Answer 1

Textbook Question

Chapter 14, Problem 1FTB

The flipper of a seal is homologous with the _______ of a bird, and both of these are homologous with the _________ of a human. The wing of a bird and the wing of a butterfly are described as __________ structures that arose as a result of _________ evolution. Remnants of structures in animals that have no use for them, such as the small hind leg bones of whales, are described as _________ structures.

Expert Solution & Answer

Summary Introduction

To review:

The given blank space in the statement, “the flipper of a seal is homologous with the of a bird, and both of these are homologous with the of a human. The wing of a bird and the wing of a butterfly are described as__________________ structures that arose as a result of evolution. Remnants of structures in animals that have no use for them, such as the small hind leg bones of whales, are described as __________________ structures.”

Introduction:

Convergent evolution may be defined as the development of the same kind of adaptive functional structures in the organisms that are not even related. Such organs are called analogous organs. While the structures in the organisms that have a common ancestry are called homologous organs and the development is named as divergent evolution.

Explanation of Solution

The wings of the birds or the arms of the humans or the flippers of the seals have been evolved from the common ancestor and have a common basic structure. However, according to requirements for the survival, the structures were modified to function in a better way. This evolution is of the divergent type where the function of homologous organs changes in different organisms.

However, the wings of the birds and the insects are different in structures. They do not have a common ancestor as well, but the wings of both the organisms are used for flight. These organs, which are similar to the basis of their function are called analogous organs and the evolution is of convergent type.

When a structure in an organism is not capable of performing the functions that it was destined to do, it turns nonfunctional are such structures are called vestigial structures. These structures had been evolved in the ancestors of the species, but are of no use in the present generations. The examples of vestigial structures are pelvic bones in whales and some snakes, small hind leg bones in whales, and molar teeth in vampire bats.

Conclusion

The flipper of a seal is homologous with the wing of a bird, and both of these are homologous with the arm of a human. The wing of a bird and the wing of a butterfly are described as analogous structures that arose as a result of convergent evolution. Remnants of structures in animals that have no use for them, such as the small hind leg bones of whales, are described as vestigial structures.

Want to see more full solutions like this?

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

Students have asked these similar questions

↑ LED Tt O Tt e 0 ✓ B > FLORES DIology Second Semester Review 7. Chi Square Analysis: wild dumpy male x ebony wild female F1: All wild wild F2: 142 wild wild males 52 wild ebony males 46 dumpy wild males 17 dumpy ebony males 151 wild wild females 47 wild ebony females 51 dumpy wild females 8 dumpy ebony females What pattern of inheritance is observed for body color? Autosomal recessive Autosomal dominant Sex-linked recessive Sex-linked dominant What are the genotypes of the parents in the P generation? a. XBYdd x XbXbDD b. Bbdd x bbDd c. BBdd x bbDD d. BBX Y x bbXDY How many flies in the F2 generation would you expect to express the dumpy wild phenotype? a. 289.125 b. 97 c. 96.375 d. 293

4. This question focuses on entrainment. a. What is entrainment? b. What environmental cues are involved in entrainment, and which one is most influential? c. Why is entrainment necessary? d. Assuming that a flash of darkness is an effective zeitgeber, what impact on circadian rhythms would you expect to result from an event such as the 2024 solar eclipse (assume it was viewed from Carbondale IL, where totality occurred at about 2 pm)? Explain your reasoning. You may wish to consult this phase response diagram. Phase Shift (Hours) Delay Zone Advance Zone Dawn Mid-day Dusk Night Dawn Time of Light Stimulus e. Finally, give a real-world example of how knowledge of circadian rhythms and entrainment has implications for human health and wellbeing or conservation biology. This example could be from your reading or from things discussed in class.

Generate one question that requires a Punnet Squre to solve the question. Then show how you calculate the possibilities of genotype and phenotype

Answer 2

Textbook Question

Chapter 14, Problem 1FTB

The flipper of a seal is homologous with the _______ of a bird, and both of these are homologous with the _________ of a human. The wing of a bird and the wing of a butterfly are described as __________ structures that arose as a result of _________ evolution. Remnants of structures in animals that have no use for them, such as the small hind leg bones of whales, are described as _________ structures.

Expert Solution & Answer

Summary Introduction

To review:

The given blank space in the statement, “the flipper of a seal is homologous with the of a bird, and both of these are homologous with the of a human. The wing of a bird and the wing of a butterfly are described as__________________ structures that arose as a result of evolution. Remnants of structures in animals that have no use for them, such as the small hind leg bones of whales, are described as __________________ structures.”

Introduction:

Convergent evolution may be defined as the development of the same kind of adaptive functional structures in the organisms that are not even related. Such organs are called analogous organs. While the structures in the organisms that have a common ancestry are called homologous organs and the development is named as divergent evolution.

Explanation of Solution

The wings of the birds or the arms of the humans or the flippers of the seals have been evolved from the common ancestor and have a common basic structure. However, according to requirements for the survival, the structures were modified to function in a better way. This evolution is of the divergent type where the function of homologous organs changes in different organisms.

However, the wings of the birds and the insects are different in structures. They do not have a common ancestor as well, but the wings of both the organisms are used for flight. These organs, which are similar to the basis of their function are called analogous organs and the evolution is of convergent type.

When a structure in an organism is not capable of performing the functions that it was destined to do, it turns nonfunctional are such structures are called vestigial structures. These structures had been evolved in the ancestors of the species, but are of no use in the present generations. The examples of vestigial structures are pelvic bones in whales and some snakes, small hind leg bones in whales, and molar teeth in vampire bats.

Conclusion

The flipper of a seal is homologous with the wing of a bird, and both of these are homologous with the arm of a human. The wing of a bird and the wing of a butterfly are described as analogous structures that arose as a result of convergent evolution. Remnants of structures in animals that have no use for them, such as the small hind leg bones of whales, are described as vestigial structures.

Want to see more full solutions like this?

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 1FTB

The flipper of a seal is homologous with the _______ of a bird, and both of these are homologous with the _________ of a human. The wing of a bird and the wing of a butterfly are described as __________ structures that arose as a result of _________ evolution. Remnants of structures in animals that have no use for them, such as the small hind leg bones of whales, are described as _________ structures.

Expert Solution & Answer

Summary Introduction

To review:

The given blank space in the statement, “the flipper of a seal is homologous with the of a bird, and both of these are homologous with the of a human. The wing of a bird and the wing of a butterfly are described as__________________ structures that arose as a result of evolution. Remnants of structures in animals that have no use for them, such as the small hind leg bones of whales, are described as __________________ structures.”

Introduction:

Convergent evolution may be defined as the development of the same kind of adaptive functional structures in the organisms that are not even related. Such organs are called analogous organs. While the structures in the organisms that have a common ancestry are called homologous organs and the development is named as divergent evolution.

Explanation of Solution

The wings of the birds or the arms of the humans or the flippers of the seals have been evolved from the common ancestor and have a common basic structure. However, according to requirements for the survival, the structures were modified to function in a better way. This evolution is of the divergent type where the function of homologous organs changes in different organisms.

However, the wings of the birds and the insects are different in structures. They do not have a common ancestor as well, but the wings of both the organisms are used for flight. These organs, which are similar to the basis of their function are called analogous organs and the evolution is of convergent type.

When a structure in an organism is not capable of performing the functions that it was destined to do, it turns nonfunctional are such structures are called vestigial structures. These structures had been evolved in the ancestors of the species, but are of no use in the present generations. The examples of vestigial structures are pelvic bones in whales and some snakes, small hind leg bones in whales, and molar teeth in vampire bats.

Conclusion

The flipper of a seal is homologous with the wing of a bird, and both of these are homologous with the arm of a human. The wing of a bird and the wing of a butterfly are described as analogous structures that arose as a result of convergent evolution. Remnants of structures in animals that have no use for them, such as the small hind leg bones of whales, are described as vestigial structures.

Want to see more full solutions like this?

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 1FTB

The flipper of a seal is homologous with the _______ of a bird, and both of these are homologous with the _________ of a human. The wing of a bird and the wing of a butterfly are described as __________ structures that arose as a result of _________ evolution. Remnants of structures in animals that have no use for them, such as the small hind leg bones of whales, are described as _________ structures.

Expert Solution & Answer

Summary Introduction

To review:

The given blank space in the statement, “the flipper of a seal is homologous with the of a bird, and both of these are homologous with the of a human. The wing of a bird and the wing of a butterfly are described as__________________ structures that arose as a result of evolution. Remnants of structures in animals that have no use for them, such as the small hind leg bones of whales, are described as __________________ structures.”

Introduction:

Convergent evolution may be defined as the development of the same kind of adaptive functional structures in the organisms that are not even related. Such organs are called analogous organs. While the structures in the organisms that have a common ancestry are called homologous organs and the development is named as divergent evolution.

Explanation of Solution

The wings of the birds or the arms of the humans or the flippers of the seals have been evolved from the common ancestor and have a common basic structure. However, according to requirements for the survival, the structures were modified to function in a better way. This evolution is of the divergent type where the function of homologous organs changes in different organisms.

However, the wings of the birds and the insects are different in structures. They do not have a common ancestor as well, but the wings of both the organisms are used for flight. These organs, which are similar to the basis of their function are called analogous organs and the evolution is of convergent type.

When a structure in an organism is not capable of performing the functions that it was destined to do, it turns nonfunctional are such structures are called vestigial structures. These structures had been evolved in the ancestors of the species, but are of no use in the present generations. The examples of vestigial structures are pelvic bones in whales and some snakes, small hind leg bones in whales, and molar teeth in vampire bats.

Conclusion

The flipper of a seal is homologous with the wing of a bird, and both of these are homologous with the arm of a human. The wing of a bird and the wing of a butterfly are described as analogous structures that arose as a result of convergent evolution. Remnants of structures in animals that have no use for them, such as the small hind leg bones of whales, are described as vestigial structures.

Want to see more full solutions like this?

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

Answer 5

Textbook Question

Answer 6

Textbook Question

Answer 7

Expert Solution & Answer

Summary Introduction

To review:

The given blank space in the statement, “the flipper of a seal is homologous with the of a bird, and both of these are homologous with the of a human. The wing of a bird and the wing of a butterfly are described as__________________ structures that arose as a result of evolution. Remnants of structures in animals that have no use for them, such as the small hind leg bones of whales, are described as __________________ structures.”

Introduction:

Convergent evolution may be defined as the development of the same kind of adaptive functional structures in the organisms that are not even related. Such organs are called analogous organs. While the structures in the organisms that have a common ancestry are called homologous organs and the development is named as divergent evolution.

Explanation of Solution

The wings of the birds or the arms of the humans or the flippers of the seals have been evolved from the common ancestor and have a common basic structure. However, according to requirements for the survival, the structures were modified to function in a better way. This evolution is of the divergent type where the function of homologous organs changes in different organisms.

However, the wings of the birds and the insects are different in structures. They do not have a common ancestor as well, but the wings of both the organisms are used for flight. These organs, which are similar to the basis of their function are called analogous organs and the evolution is of convergent type.

When a structure in an organism is not capable of performing the functions that it was destined to do, it turns nonfunctional are such structures are called vestigial structures. These structures had been evolved in the ancestors of the species, but are of no use in the present generations. The examples of vestigial structures are pelvic bones in whales and some snakes, small hind leg bones in whales, and molar teeth in vampire bats.

Conclusion

The flipper of a seal is homologous with the wing of a bird, and both of these are homologous with the arm of a human. The wing of a bird and the wing of a butterfly are described as analogous structures that arose as a result of convergent evolution. Remnants of structures in animals that have no use for them, such as the small hind leg bones of whales, are described as vestigial structures.

Answer 8

Expert Solution & Answer

Summary Introduction

To review:

The given blank space in the statement, “the flipper of a seal is homologous with the of a bird, and both of these are homologous with the of a human. The wing of a bird and the wing of a butterfly are described as__________________ structures that arose as a result of evolution. Remnants of structures in animals that have no use for them, such as the small hind leg bones of whales, are described as __________________ structures.”

Introduction:

Convergent evolution may be defined as the development of the same kind of adaptive functional structures in the organisms that are not even related. Such organs are called analogous organs. While the structures in the organisms that have a common ancestry are called homologous organs and the development is named as divergent evolution.

Explanation of Solution

The wings of the birds or the arms of the humans or the flippers of the seals have been evolved from the common ancestor and have a common basic structure. However, according to requirements for the survival, the structures were modified to function in a better way. This evolution is of the divergent type where the function of homologous organs changes in different organisms.

However, the wings of the birds and the insects are different in structures. They do not have a common ancestor as well, but the wings of both the organisms are used for flight. These organs, which are similar to the basis of their function are called analogous organs and the evolution is of convergent type.

When a structure in an organism is not capable of performing the functions that it was destined to do, it turns nonfunctional are such structures are called vestigial structures. These structures had been evolved in the ancestors of the species, but are of no use in the present generations. The examples of vestigial structures are pelvic bones in whales and some snakes, small hind leg bones in whales, and molar teeth in vampire bats.

Conclusion

The flipper of a seal is homologous with the wing of a bird, and both of these are homologous with the arm of a human. The wing of a bird and the wing of a butterfly are described as analogous structures that arose as a result of convergent evolution. Remnants of structures in animals that have no use for them, such as the small hind leg bones of whales, are described as vestigial structures.

Answer 9

Expert Solution & Answer

Answer 10

Expert Solution & Answer

Answer 11

Summary Introduction

To review:

The given blank space in the statement, “the flipper of a seal is homologous with the of a bird, and both of these are homologous with the of a human. The wing of a bird and the wing of a butterfly are described as__________________ structures that arose as a result of evolution. Remnants of structures in animals that have no use for them, such as the small hind leg bones of whales, are described as __________________ structures.”

Introduction:

Convergent evolution may be defined as the development of the same kind of adaptive functional structures in the organisms that are not even related. Such organs are called analogous organs. While the structures in the organisms that have a common ancestry are called homologous organs and the development is named as divergent evolution.

Answer 12

Explanation of Solution

The wings of the birds or the arms of the humans or the flippers of the seals have been evolved from the common ancestor and have a common basic structure. However, according to requirements for the survival, the structures were modified to function in a better way. This evolution is of the divergent type where the function of homologous organs changes in different organisms.

However, the wings of the birds and the insects are different in structures. They do not have a common ancestor as well, but the wings of both the organisms are used for flight. These organs, which are similar to the basis of their function are called analogous organs and the evolution is of convergent type.

When a structure in an organism is not capable of performing the functions that it was destined to do, it turns nonfunctional are such structures are called vestigial structures. These structures had been evolved in the ancestors of the species, but are of no use in the present generations. The examples of vestigial structures are pelvic bones in whales and some snakes, small hind leg bones in whales, and molar teeth in vampire bats.

Answer 13

Conclusion

The flipper of a seal is homologous with the wing of a bird, and both of these are homologous with the arm of a human. The wing of a bird and the wing of a butterfly are described as analogous structures that arose as a result of convergent evolution. Remnants of structures in animals that have no use for them, such as the small hind leg bones of whales, are described as vestigial structures.

Answer 14

Ch. 14 - The flipper of a seal is homologous with the...Ch. 14 - The finding that all organisms share the same...Ch. 14 - Georges Cuvier espoused a concept called _______...Ch. 14 - 4. The process by which inherited characteristics...Ch. 14 - The process by which individuals with traits that...Ch. 14 - Darwin's postulate 2 states that __________. The...Ch. 14 - Natural selection acts on individuals, but only...Ch. 14 - 2. Distinguish between catastrophism and...Ch. 14 - 3. Describe Lamarck’s theory of inheritance of...Ch. 14 - 4. What is natural selection? Describe how natural...

Videos

Explanation of Solution

Want to see more full solutions like this?

Chapter 14 Solutions