The ____ provides a simple mathematical model for a non-evolving population, also called a(n) _ population, in which frequencies do not change over time. Are such populations likely to be found in nature? ___.

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Answer 1

Textbook Question

Chapter 15, Problem 1FTB

The ________ provides a simple mathematical model for a non-evolving population, also called a(n) _________ population, in which __________ frequencies do not change over time. Are such populations likely to be found in nature? _________.

Expert Solution & Answer

Summary Introduction

To review:

The given blank space in the statement, “the ______ provides a simple mathematical model for a nonevolving population, also called a _______ population, in which ______ frequencies do not change over time. Are such a population likely to be found in nature? _______.”

Introduction:

A population comprises of all the species living in there natural habitat. Further species are able to interbreed with another in a population. Hardy Weinberg principle is also known as Hardy–Weinberg equilibrium and it states that the allele and the frequency of genotype present in the population will remain constant from one to another generation in the absence of evolutionary influences.

Explanation of Solution

Hardy–Weinberg equation describes a simple method to evaluate a non-evolving population via a mathematical formula. For this nonevolving population, it was assumed that the allelic frequencies to remain constant and thus the equality is termed as the equilibrium population. This consists of certain hypothetical conditions which are not likely to be seen in the real life.

This principle is a model, law, theorem, and it states that all the alleles present and even the frequencies of genotype present in one population will remain constant throughout the generations in the absence of other external evolutionary influences. Such population is not found, since every organism is constantly evolving as external evolutionary patterns like temperature, pressure, and climate plays a major role in adjustments and adaptations made by the organisms.

Conclusion

The hardy Weinberg principal provides a simple mathematical model for a nonevolving population, also called an equilibrium population, in which allele frequencies do not change over time. Are such a population likely to be found in nature? No.

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Question #3: In the KeyGene paper, the authors state that it would be useful if pollen from an apomict would transmit apomixis-inducing genes to the female in the cross (assuming the pollen is viable). Assuming there was just one gene conferring gametophytic obligate apomixis, and that the two parents are inbreds, what would be the consequences of such a cross if: a) The apomixis was a dominant trait? Indicate the genotypes and phenotypes (apomict or non- apomict) of the parents, F1 and F2 generations. Remember to include the expected genotypic and phenotypic ratios (or percentages) in the F1 and F2 generations, and to position the female first (left side) in the parental cross. b) The apomixis was a recessive trait? Indicate the genotypes and phenotypes (apomict or non- apomict) of the parents, F1 and F2 generations. Remember to include the expected genotypic and phenotypic ratios (or percentages) in the F1 and F2 generations, and to position the female first (left side) in the…

Answer 2

Textbook Question

Chapter 15, Problem 1FTB

The ________ provides a simple mathematical model for a non-evolving population, also called a(n) _________ population, in which __________ frequencies do not change over time. Are such populations likely to be found in nature? _________.

Expert Solution & Answer

Summary Introduction

To review:

The given blank space in the statement, “the ______ provides a simple mathematical model for a nonevolving population, also called a _______ population, in which ______ frequencies do not change over time. Are such a population likely to be found in nature? _______.”

Introduction:

A population comprises of all the species living in there natural habitat. Further species are able to interbreed with another in a population. Hardy Weinberg principle is also known as Hardy–Weinberg equilibrium and it states that the allele and the frequency of genotype present in the population will remain constant from one to another generation in the absence of evolutionary influences.

Explanation of Solution

Hardy–Weinberg equation describes a simple method to evaluate a non-evolving population via a mathematical formula. For this nonevolving population, it was assumed that the allelic frequencies to remain constant and thus the equality is termed as the equilibrium population. This consists of certain hypothetical conditions which are not likely to be seen in the real life.

This principle is a model, law, theorem, and it states that all the alleles present and even the frequencies of genotype present in one population will remain constant throughout the generations in the absence of other external evolutionary influences. Such population is not found, since every organism is constantly evolving as external evolutionary patterns like temperature, pressure, and climate plays a major role in adjustments and adaptations made by the organisms.

Conclusion

The hardy Weinberg principal provides a simple mathematical model for a nonevolving population, also called an equilibrium population, in which allele frequencies do not change over time. Are such a population likely to be found in nature? No.

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Answer 3

Textbook Question

Chapter 15, Problem 1FTB

The ________ provides a simple mathematical model for a non-evolving population, also called a(n) _________ population, in which __________ frequencies do not change over time. Are such populations likely to be found in nature? _________.

Expert Solution & Answer

Summary Introduction

To review:

The given blank space in the statement, “the ______ provides a simple mathematical model for a nonevolving population, also called a _______ population, in which ______ frequencies do not change over time. Are such a population likely to be found in nature? _______.”

Introduction:

A population comprises of all the species living in there natural habitat. Further species are able to interbreed with another in a population. Hardy Weinberg principle is also known as Hardy–Weinberg equilibrium and it states that the allele and the frequency of genotype present in the population will remain constant from one to another generation in the absence of evolutionary influences.

Explanation of Solution

Hardy–Weinberg equation describes a simple method to evaluate a non-evolving population via a mathematical formula. For this nonevolving population, it was assumed that the allelic frequencies to remain constant and thus the equality is termed as the equilibrium population. This consists of certain hypothetical conditions which are not likely to be seen in the real life.

This principle is a model, law, theorem, and it states that all the alleles present and even the frequencies of genotype present in one population will remain constant throughout the generations in the absence of other external evolutionary influences. Such population is not found, since every organism is constantly evolving as external evolutionary patterns like temperature, pressure, and climate plays a major role in adjustments and adaptations made by the organisms.

Conclusion

The hardy Weinberg principal provides a simple mathematical model for a nonevolving population, also called an equilibrium population, in which allele frequencies do not change over time. Are such a population likely to be found in nature? No.

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Answer 4

Textbook Question

Chapter 15, Problem 1FTB

The ________ provides a simple mathematical model for a non-evolving population, also called a(n) _________ population, in which __________ frequencies do not change over time. Are such populations likely to be found in nature? _________.

Expert Solution & Answer

Summary Introduction

To review:

The given blank space in the statement, “the ______ provides a simple mathematical model for a nonevolving population, also called a _______ population, in which ______ frequencies do not change over time. Are such a population likely to be found in nature? _______.”

Introduction:

A population comprises of all the species living in there natural habitat. Further species are able to interbreed with another in a population. Hardy Weinberg principle is also known as Hardy–Weinberg equilibrium and it states that the allele and the frequency of genotype present in the population will remain constant from one to another generation in the absence of evolutionary influences.

Explanation of Solution

Hardy–Weinberg equation describes a simple method to evaluate a non-evolving population via a mathematical formula. For this nonevolving population, it was assumed that the allelic frequencies to remain constant and thus the equality is termed as the equilibrium population. This consists of certain hypothetical conditions which are not likely to be seen in the real life.

This principle is a model, law, theorem, and it states that all the alleles present and even the frequencies of genotype present in one population will remain constant throughout the generations in the absence of other external evolutionary influences. Such population is not found, since every organism is constantly evolving as external evolutionary patterns like temperature, pressure, and climate plays a major role in adjustments and adaptations made by the organisms.

Conclusion

The hardy Weinberg principal provides a simple mathematical model for a nonevolving population, also called an equilibrium population, in which allele frequencies do not change over time. Are such a population likely to be found in nature? No.

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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 ______ provides a simple mathematical model for a nonevolving population, also called a _______ population, in which ______ frequencies do not change over time. Are such a population likely to be found in nature? _______.”

Introduction:

A population comprises of all the species living in there natural habitat. Further species are able to interbreed with another in a population. Hardy Weinberg principle is also known as Hardy–Weinberg equilibrium and it states that the allele and the frequency of genotype present in the population will remain constant from one to another generation in the absence of evolutionary influences.

Explanation of Solution

Hardy–Weinberg equation describes a simple method to evaluate a non-evolving population via a mathematical formula. For this nonevolving population, it was assumed that the allelic frequencies to remain constant and thus the equality is termed as the equilibrium population. This consists of certain hypothetical conditions which are not likely to be seen in the real life.

This principle is a model, law, theorem, and it states that all the alleles present and even the frequencies of genotype present in one population will remain constant throughout the generations in the absence of other external evolutionary influences. Such population is not found, since every organism is constantly evolving as external evolutionary patterns like temperature, pressure, and climate plays a major role in adjustments and adaptations made by the organisms.

Conclusion

The hardy Weinberg principal provides a simple mathematical model for a nonevolving population, also called an equilibrium population, in which allele frequencies do not change over time. Are such a population likely to be found in nature? No.

Answer 8

Expert Solution & Answer

Summary Introduction

To review:

The given blank space in the statement, “the ______ provides a simple mathematical model for a nonevolving population, also called a _______ population, in which ______ frequencies do not change over time. Are such a population likely to be found in nature? _______.”

Introduction:

A population comprises of all the species living in there natural habitat. Further species are able to interbreed with another in a population. Hardy Weinberg principle is also known as Hardy–Weinberg equilibrium and it states that the allele and the frequency of genotype present in the population will remain constant from one to another generation in the absence of evolutionary influences.

Explanation of Solution

Hardy–Weinberg equation describes a simple method to evaluate a non-evolving population via a mathematical formula. For this nonevolving population, it was assumed that the allelic frequencies to remain constant and thus the equality is termed as the equilibrium population. This consists of certain hypothetical conditions which are not likely to be seen in the real life.

This principle is a model, law, theorem, and it states that all the alleles present and even the frequencies of genotype present in one population will remain constant throughout the generations in the absence of other external evolutionary influences. Such population is not found, since every organism is constantly evolving as external evolutionary patterns like temperature, pressure, and climate plays a major role in adjustments and adaptations made by the organisms.

Conclusion

The hardy Weinberg principal provides a simple mathematical model for a nonevolving population, also called an equilibrium population, in which allele frequencies do not change over time. Are such a population likely to be found in nature? No.

Answer 9

Expert Solution & Answer

Answer 10

Expert Solution & Answer

Answer 11

Summary Introduction

To review:

The given blank space in the statement, “the ______ provides a simple mathematical model for a nonevolving population, also called a _______ population, in which ______ frequencies do not change over time. Are such a population likely to be found in nature? _______.”

Introduction:

A population comprises of all the species living in there natural habitat. Further species are able to interbreed with another in a population. Hardy Weinberg principle is also known as Hardy–Weinberg equilibrium and it states that the allele and the frequency of genotype present in the population will remain constant from one to another generation in the absence of evolutionary influences.

Answer 12

Explanation of Solution

Hardy–Weinberg equation describes a simple method to evaluate a non-evolving population via a mathematical formula. For this nonevolving population, it was assumed that the allelic frequencies to remain constant and thus the equality is termed as the equilibrium population. This consists of certain hypothetical conditions which are not likely to be seen in the real life.

This principle is a model, law, theorem, and it states that all the alleles present and even the frequencies of genotype present in one population will remain constant throughout the generations in the absence of other external evolutionary influences. Such population is not found, since every organism is constantly evolving as external evolutionary patterns like temperature, pressure, and climate plays a major role in adjustments and adaptations made by the organisms.

Answer 13

Conclusion

The hardy Weinberg principal provides a simple mathematical model for a nonevolving population, also called an equilibrium population, in which allele frequencies do not change over time. Are such a population likely to be found in nature? No.

Answer 14

Ch. 15 - The ________ provides a simple mathematical model...Ch. 15 - 2. Different versions of the same gene are called...Ch. 15 - An organism's ________ refers to the specific...Ch. 15 - 4. A random form of evolution is called _________....Ch. 15 - Competition is most intense between members of...Ch. 15 - 6. The evolutionary fitness of an organism is...Ch. 15 - 1. What is a gene pool? How would you determine...Ch. 15 - 2. Define equilibrium population. Outline the...Ch. 15 - How does population size affect the likelihood of...Ch. 15 - If you measured the allele frequencies of a gene...

The ____ provides a simple mathematical model for a non-evolving population, also called a(n) _ population, in which frequencies do not change over time. Are such populations likely to be found in nature? ___.

Solution Summary: The author explains the hardy Weinberg principle, which states that alleles and genotypes in a population will remain constant throughout the generations in the absence of other external evolutionary influences.

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