The town with most of the rats susceptible to warfarin. Introduction: Rodenticides are the pesticides that have the capability to kill the whole rodent species. Rodents have their own importance in nature but sometimes require some control over their population, as they could transmit disease, destroy crops, and may cause ecological damage. Warfarin is a common anticoagulant that could be used as a rodenticide to kill mice and rats. After its discovery, warfarin has been widely used, and later, it resulted in the development of warfarin-resistant mice and rats.

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Answer 1

Question

Chapter 17, Problem 1DAA

Summary Introduction

To determine: The town with most of the rats susceptible to warfarin.

Introduction: Rodenticides are the pesticides that have the capability to kill the whole rodent species. Rodents have their own importance in nature but sometimes require some control over their population, as they could transmit disease, destroy crops, and may cause ecological damage. Warfarin is a common anticoagulant that could be used as a rodenticide to kill mice and rats. After its discovery, warfarin has been widely used, and later, it resulted in the development of warfarin-resistant mice and rats.

Expert Solution & Answer

Answer to Problem 1DAA

Correct answer: The town with the most rats susceptible to warfarin was Town Lud.

Explanation of Solution

As given in the problem statement, researchers in the year 2000 tested the development of rodenticide resistance in wild rat populations among five towns (Town Olf, Town Sta, Town Dor, Town Lud, and Town Dre) of Germany. They used two rodenticides namely warfarin and recently developed bromadiolone. The obtained data as per the results shown in the Fig 17.6 are as follows:

In Town Olf, 58% of rat populations were resistant to both warfarin and bromadiolone. 21% of rats were resistant to warfarin alone, and equal percentages (21%) of rats were susceptible to warfarin or bromadiolone.
In Town Sta, 87% of rat populations were resistant to both warfarin and bromadiolone. 8% of rats were resistant to warfarin alone. Only 5% of the rats were susceptible to warfarin or bromadiolone.
In Town Dor, 56% of rats among the population were resistant to the rodenticide warfarin, and 44% of them were not susceptible to warfarin or bromadiolone.
In Town Lud, the whole populations of rat (100%) were susceptible to warfarin or bromadiolone.
In Town Dre, about 90% of rats were susceptible to warfarin or bromadiolone. Only 5% was resistant to both warfarin and bromadiolone, and 5% was resistant to warfarin alone.

From the given data, it can be concluded that in Town Lud, most of the rat populations were susceptible or not resistant to rodenticide (warfarin or bromadiolone).

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Answer 2

Question

Chapter 17, Problem 1DAA

Summary Introduction

To determine: The town with most of the rats susceptible to warfarin.

Introduction: Rodenticides are the pesticides that have the capability to kill the whole rodent species. Rodents have their own importance in nature but sometimes require some control over their population, as they could transmit disease, destroy crops, and may cause ecological damage. Warfarin is a common anticoagulant that could be used as a rodenticide to kill mice and rats. After its discovery, warfarin has been widely used, and later, it resulted in the development of warfarin-resistant mice and rats.

Expert Solution & Answer

Answer to Problem 1DAA

Correct answer: The town with the most rats susceptible to warfarin was Town Lud.

Explanation of Solution

As given in the problem statement, researchers in the year 2000 tested the development of rodenticide resistance in wild rat populations among five towns (Town Olf, Town Sta, Town Dor, Town Lud, and Town Dre) of Germany. They used two rodenticides namely warfarin and recently developed bromadiolone. The obtained data as per the results shown in the Fig 17.6 are as follows:

In Town Olf, 58% of rat populations were resistant to both warfarin and bromadiolone. 21% of rats were resistant to warfarin alone, and equal percentages (21%) of rats were susceptible to warfarin or bromadiolone.
In Town Sta, 87% of rat populations were resistant to both warfarin and bromadiolone. 8% of rats were resistant to warfarin alone. Only 5% of the rats were susceptible to warfarin or bromadiolone.
In Town Dor, 56% of rats among the population were resistant to the rodenticide warfarin, and 44% of them were not susceptible to warfarin or bromadiolone.
In Town Lud, the whole populations of rat (100%) were susceptible to warfarin or bromadiolone.
In Town Dre, about 90% of rats were susceptible to warfarin or bromadiolone. Only 5% was resistant to both warfarin and bromadiolone, and 5% was resistant to warfarin alone.

From the given data, it can be concluded that in Town Lud, most of the rat populations were susceptible or not resistant to rodenticide (warfarin or bromadiolone).

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Answer 3

Question

Chapter 17, Problem 1DAA

Summary Introduction

To determine: The town with most of the rats susceptible to warfarin.

Introduction: Rodenticides are the pesticides that have the capability to kill the whole rodent species. Rodents have their own importance in nature but sometimes require some control over their population, as they could transmit disease, destroy crops, and may cause ecological damage. Warfarin is a common anticoagulant that could be used as a rodenticide to kill mice and rats. After its discovery, warfarin has been widely used, and later, it resulted in the development of warfarin-resistant mice and rats.

Expert Solution & Answer

Answer to Problem 1DAA

Correct answer: The town with the most rats susceptible to warfarin was Town Lud.

Explanation of Solution

As given in the problem statement, researchers in the year 2000 tested the development of rodenticide resistance in wild rat populations among five towns (Town Olf, Town Sta, Town Dor, Town Lud, and Town Dre) of Germany. They used two rodenticides namely warfarin and recently developed bromadiolone. The obtained data as per the results shown in the Fig 17.6 are as follows:

In Town Olf, 58% of rat populations were resistant to both warfarin and bromadiolone. 21% of rats were resistant to warfarin alone, and equal percentages (21%) of rats were susceptible to warfarin or bromadiolone.
In Town Sta, 87% of rat populations were resistant to both warfarin and bromadiolone. 8% of rats were resistant to warfarin alone. Only 5% of the rats were susceptible to warfarin or bromadiolone.
In Town Dor, 56% of rats among the population were resistant to the rodenticide warfarin, and 44% of them were not susceptible to warfarin or bromadiolone.
In Town Lud, the whole populations of rat (100%) were susceptible to warfarin or bromadiolone.
In Town Dre, about 90% of rats were susceptible to warfarin or bromadiolone. Only 5% was resistant to both warfarin and bromadiolone, and 5% was resistant to warfarin alone.

From the given data, it can be concluded that in Town Lud, most of the rat populations were susceptible or not resistant to rodenticide (warfarin or bromadiolone).

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Answer 4

Question

Chapter 17, Problem 1DAA

Summary Introduction

To determine: The town with most of the rats susceptible to warfarin.

Introduction: Rodenticides are the pesticides that have the capability to kill the whole rodent species. Rodents have their own importance in nature but sometimes require some control over their population, as they could transmit disease, destroy crops, and may cause ecological damage. Warfarin is a common anticoagulant that could be used as a rodenticide to kill mice and rats. After its discovery, warfarin has been widely used, and later, it resulted in the development of warfarin-resistant mice and rats.

Expert Solution & Answer

Answer to Problem 1DAA

Correct answer: The town with the most rats susceptible to warfarin was Town Lud.

Explanation of Solution

As given in the problem statement, researchers in the year 2000 tested the development of rodenticide resistance in wild rat populations among five towns (Town Olf, Town Sta, Town Dor, Town Lud, and Town Dre) of Germany. They used two rodenticides namely warfarin and recently developed bromadiolone. The obtained data as per the results shown in the Fig 17.6 are as follows:

In Town Olf, 58% of rat populations were resistant to both warfarin and bromadiolone. 21% of rats were resistant to warfarin alone, and equal percentages (21%) of rats were susceptible to warfarin or bromadiolone.
In Town Sta, 87% of rat populations were resistant to both warfarin and bromadiolone. 8% of rats were resistant to warfarin alone. Only 5% of the rats were susceptible to warfarin or bromadiolone.
In Town Dor, 56% of rats among the population were resistant to the rodenticide warfarin, and 44% of them were not susceptible to warfarin or bromadiolone.
In Town Lud, the whole populations of rat (100%) were susceptible to warfarin or bromadiolone.
In Town Dre, about 90% of rats were susceptible to warfarin or bromadiolone. Only 5% was resistant to both warfarin and bromadiolone, and 5% was resistant to warfarin alone.

From the given data, it can be concluded that in Town Lud, most of the rat populations were susceptible or not resistant to rodenticide (warfarin or bromadiolone).

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Answer 5

Chapter 17, Problem 1DAA

Summary Introduction

To determine: The town with most of the rats susceptible to warfarin.

Introduction: Rodenticides are the pesticides that have the capability to kill the whole rodent species. Rodents have their own importance in nature but sometimes require some control over their population, as they could transmit disease, destroy crops, and may cause ecological damage. Warfarin is a common anticoagulant that could be used as a rodenticide to kill mice and rats. After its discovery, warfarin has been widely used, and later, it resulted in the development of warfarin-resistant mice and rats.

Expert Solution & Answer

Answer to Problem 1DAA

Correct answer: The town with the most rats susceptible to warfarin was Town Lud.

Explanation of Solution

As given in the problem statement, researchers in the year 2000 tested the development of rodenticide resistance in wild rat populations among five towns (Town Olf, Town Sta, Town Dor, Town Lud, and Town Dre) of Germany. They used two rodenticides namely warfarin and recently developed bromadiolone. The obtained data as per the results shown in the Fig 17.6 are as follows:

In Town Olf, 58% of rat populations were resistant to both warfarin and bromadiolone. 21% of rats were resistant to warfarin alone, and equal percentages (21%) of rats were susceptible to warfarin or bromadiolone.
In Town Sta, 87% of rat populations were resistant to both warfarin and bromadiolone. 8% of rats were resistant to warfarin alone. Only 5% of the rats were susceptible to warfarin or bromadiolone.
In Town Dor, 56% of rats among the population were resistant to the rodenticide warfarin, and 44% of them were not susceptible to warfarin or bromadiolone.
In Town Lud, the whole populations of rat (100%) were susceptible to warfarin or bromadiolone.
In Town Dre, about 90% of rats were susceptible to warfarin or bromadiolone. Only 5% was resistant to both warfarin and bromadiolone, and 5% was resistant to warfarin alone.

From the given data, it can be concluded that in Town Lud, most of the rat populations were susceptible or not resistant to rodenticide (warfarin or bromadiolone).

Answer 6

Chapter 17, Problem 1DAA

Summary Introduction

To determine: The town with most of the rats susceptible to warfarin.

Introduction: Rodenticides are the pesticides that have the capability to kill the whole rodent species. Rodents have their own importance in nature but sometimes require some control over their population, as they could transmit disease, destroy crops, and may cause ecological damage. Warfarin is a common anticoagulant that could be used as a rodenticide to kill mice and rats. After its discovery, warfarin has been widely used, and later, it resulted in the development of warfarin-resistant mice and rats.

Expert Solution & Answer

Answer to Problem 1DAA

Correct answer: The town with the most rats susceptible to warfarin was Town Lud.

Explanation of Solution

As given in the problem statement, researchers in the year 2000 tested the development of rodenticide resistance in wild rat populations among five towns (Town Olf, Town Sta, Town Dor, Town Lud, and Town Dre) of Germany. They used two rodenticides namely warfarin and recently developed bromadiolone. The obtained data as per the results shown in the Fig 17.6 are as follows:

In Town Olf, 58% of rat populations were resistant to both warfarin and bromadiolone. 21% of rats were resistant to warfarin alone, and equal percentages (21%) of rats were susceptible to warfarin or bromadiolone.
In Town Sta, 87% of rat populations were resistant to both warfarin and bromadiolone. 8% of rats were resistant to warfarin alone. Only 5% of the rats were susceptible to warfarin or bromadiolone.
In Town Dor, 56% of rats among the population were resistant to the rodenticide warfarin, and 44% of them were not susceptible to warfarin or bromadiolone.
In Town Lud, the whole populations of rat (100%) were susceptible to warfarin or bromadiolone.
In Town Dre, about 90% of rats were susceptible to warfarin or bromadiolone. Only 5% was resistant to both warfarin and bromadiolone, and 5% was resistant to warfarin alone.

From the given data, it can be concluded that in Town Lud, most of the rat populations were susceptible or not resistant to rodenticide (warfarin or bromadiolone).

Answer 7

Chapter 17, Problem 1DAA

Summary Introduction

To determine: The town with most of the rats susceptible to warfarin.

Introduction: Rodenticides are the pesticides that have the capability to kill the whole rodent species. Rodents have their own importance in nature but sometimes require some control over their population, as they could transmit disease, destroy crops, and may cause ecological damage. Warfarin is a common anticoagulant that could be used as a rodenticide to kill mice and rats. After its discovery, warfarin has been widely used, and later, it resulted in the development of warfarin-resistant mice and rats.

Answer 8

Expert Solution & Answer

Answer to Problem 1DAA

Correct answer: The town with the most rats susceptible to warfarin was Town Lud.

Answer 9

Expert Solution & Answer

Answer 10

Expert Solution & Answer

Answer 11

Explanation of Solution

As given in the problem statement, researchers in the year 2000 tested the development of rodenticide resistance in wild rat populations among five towns (Town Olf, Town Sta, Town Dor, Town Lud, and Town Dre) of Germany. They used two rodenticides namely warfarin and recently developed bromadiolone. The obtained data as per the results shown in the Fig 17.6 are as follows:

In Town Olf, 58% of rat populations were resistant to both warfarin and bromadiolone. 21% of rats were resistant to warfarin alone, and equal percentages (21%) of rats were susceptible to warfarin or bromadiolone.
In Town Sta, 87% of rat populations were resistant to both warfarin and bromadiolone. 8% of rats were resistant to warfarin alone. Only 5% of the rats were susceptible to warfarin or bromadiolone.
In Town Dor, 56% of rats among the population were resistant to the rodenticide warfarin, and 44% of them were not susceptible to warfarin or bromadiolone.
In Town Lud, the whole populations of rat (100%) were susceptible to warfarin or bromadiolone.
In Town Dre, about 90% of rats were susceptible to warfarin or bromadiolone. Only 5% was resistant to both warfarin and bromadiolone, and 5% was resistant to warfarin alone.

From the given data, it can be concluded that in Town Lud, most of the rat populations were susceptible or not resistant to rodenticide (warfarin or bromadiolone).

Answer 12

Ch. 17 - Prob. 1DAA Ch. 17 - Prob. 2DAA Ch. 17 - Prob. 3DAA Ch. 17 - Prob. 4DAA Ch. 17 - Prob. 1SQ Ch. 17 - A neutral mutation _______ . a. has a pH of 7.0 b....Ch. 17 - Change in allele frequency of a population is...Ch. 17 - A wild population of pea plants has two alleles...Ch. 17 - Which of the following is not part of how we...Ch. 17 - Prob. 6SQ

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Answer to Problem 1DAA

Explanation of Solution

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Chapter 17 Solutions