When the two similar structures of members of different species have a common point of origin it is called homologous. This can be understood by studying the origin and evolution of the human arm and the bird’s wing.

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Chapter 16, Problem 11SA

Summary Introduction

Introduction:

When the two similar structures of members of different species have a common point of origin it is called homologous. This can be understood by studying the origin and evolution of the human arm and the bird’s wing.

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Students have asked these similar questions

Homologous structures among major groups of organisms may differ in_____ a. size c. function b. shape d. all of the above

Evolution results in an increase of organisms that are A. larger. B. more complex. C. better suited to the current environment. D. better able to adapt to changing environments.

A major source of evidence for evolution is to be found in the comparative anatomy of organisms. Features that look different but have similar structural origin are calleda. homologous structures.b. analogous structures.c. vestigial structures.d. convergent structures

Answer 2

Question

Chapter 16, Problem 11SA

Summary Introduction

Introduction:

When the two similar structures of members of different species have a common point of origin it is called homologous. This can be understood by studying the origin and evolution of the human arm and the bird’s wing.

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Answer 3

Question

Chapter 16, Problem 11SA

Summary Introduction

Introduction:

When the two similar structures of members of different species have a common point of origin it is called homologous. This can be understood by studying the origin and evolution of the human arm and the bird’s wing.

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Answer 4

Question

Chapter 16, Problem 11SA

Summary Introduction

Introduction:

When the two similar structures of members of different species have a common point of origin it is called homologous. This can be understood by studying the origin and evolution of the human arm and the bird’s wing.

Expert Solution & Answer

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Answer 5

Chapter 16, Problem 11SA

Summary Introduction

Introduction:

When the two similar structures of members of different species have a common point of origin it is called homologous. This can be understood by studying the origin and evolution of the human arm and the bird’s wing.

Answer 6

Chapter 16, Problem 11SA

Summary Introduction

Introduction:

When the two similar structures of members of different species have a common point of origin it is called homologous. This can be understood by studying the origin and evolution of the human arm and the bird’s wing.

Answer 7

Chapter 16, Problem 11SA

Summary Introduction

Introduction:

When the two similar structures of members of different species have a common point of origin it is called homologous. This can be understood by studying the origin and evolution of the human arm and the bird’s wing.

Answer 8

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Answer 9

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Answer 10

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Answer 11

Ch. 16 - The number of species on an island usually depends...Ch. 16 - The bones of a birds wing are similar to the bones...Ch. 16 - Evolution _______ natural selection. a. is the...Ch. 16 - A trait is adaptive if it _______. a. arises by...Ch. 16 - In which type of rock are you more likely to find...Ch. 16 - True or false? Wrinkly textures in rock that...Ch. 16 - If the half-life of a radioisotope is 20,000...Ch. 16 - Did Pangea or Gondwana form first?Ch. 16 - Forces that cause geological change do not include...Ch. 16 - Through _______, a body part of an ancestor is...

When the two similar structures of members of different species have a common point of origin it is called homologous. This can be understood by studying the origin and evolution of the human arm and the bird’s wing.

Solution Summary: The author explains that homologous structures have a common point of origin but with evolution, they adapt to perform different functions.

Concept explainers

Introduction:

When the two similar structures of members of different species have a common point of origin it is called homologous. This can be understood by studying the origin and evolution of the human arm and the bird’s wing.

Want to see the full answer?

Chapter 16 Solutions

When the two similar structures of members of different species have a common point of origin it is called homologous. This can be understood by studying the origin and evolution of the human arm and the bird’s wing.

Solution Summary: The author explains that homologous structures have a common point of origin but with evolution, they adapt to perform different functions.

Concept explainers

Introduction: When the two similar structures of members of different species have a common point of origin it is called homologous. This can be understood by studying the origin and evolution of the human arm and the bird’s wing.

Want to see the full answer?

Chapter 16 Solutions

Introduction:

When the two similar structures of members of different species have a common point of origin it is called homologous. This can be understood by studying the origin and evolution of the human arm and the bird’s wing.