# answer the following math problems

Anonymous
timer Asked: Feb 6th, 2019
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### Question Description

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On a graph that represents six cities and the roads between them, the valence of

vertex A is 4. What does this mean in real world terms?

Ans:

2. Which of the graphs below are connected? Explain

Ans:

3. Consider the path represented by the sequence of numbered edges on the graph

below. Explain why the path is not an Euler circuit.

Ans:

Page 2

4. Which of the graphs below have Euler circuits? Explain.

Ans:

5. Consider the path represented by the sequence of numbered edges on the graph

below. Why does the path not represent an Euler circuit?

Ans:

6. Consider the path represented by the numbered sequence of edges on the graph

below. Is the path an Euler circuit? Explain.

Ans:

Page 3

7. In order to eulerize the graph below, give the fewest number of edges that need to be

added or duplicated? Explain.

Ans:

8. Which of the graphs shown below gives the best eulerization of the given graph? (In

the graphs below, added edges are denoted with zig-zag lines.) Explain.

Ans:

9. Give three real world applications in which a worker would want to find an Euler circuit

on a street network.

Ans:

10. Why would a city street department want its snow plow operator's path to follow an

Euler circuit if possible?

Ans:

On a graph that represents six cities and the roads between them, the valence of

vertex A is 4. What does this mean in real world terms?

Ans:

2. Which of the graphs below are connected? Explain

Ans:

3. Consider the path represented by the sequence of numbered edges on the graph

below. Explain why the path is not an Euler circuit.

Ans:

Page 2

4. Which of the graphs below have Euler circuits? Explain.

Ans:

5. Consider the path represented by the sequence of numbered edges on the graph

below. Why does the path not represent an Euler circuit?

Ans:

6. Consider the path represented by the numbered sequence of edges on the graph

below. Is the path an Euler circuit? Explain.

Ans:

Page 3

7. In order to eulerize the graph below, give the fewest number of edges that need to be

added or duplicated? Explain.

Ans:

8. Which of the graphs shown below gives the best eulerization of the given graph? (In

the graphs below, added edges are denoted with zig-zag lines.) Explain.

Ans:

9. Give three real world applications in which a worker would want to find an Euler circuit

on a street network.

Ans:

10. Why would a city street department want its snow plow operator's path to follow an

Euler circuit if possible?

Ans:

On a graph that represents six cities and the roads between them, the valence of

vertex A is 4. What does this mean in real world terms?

Ans:

2. Which of the graphs below are connected? Explain

Ans:

3. Consider the path represented by the sequence of numbered edges on the graph

below. Explain why the path is not an Euler circuit.

Ans:

Page 2

4. Which of the graphs below have Euler circuits? Explain.

Ans:

5. Consider the path represented by the sequence of numbered edges on the graph

below. Why does the path not represent an Euler circuit?

Ans:

6. Consider the path represented by the numbered sequence of edges on the graph

below. Is the path an Euler circuit? Explain.

Ans:

Page 3

7. In order to eulerize the graph below, give the fewest number of edges that need to be

added or duplicated? Explain.

Ans:

8. Which of the graphs shown below gives the best eulerization of the given graph? (In

the graphs below, added edges are denoted with zig-zag lines.) Explain.

Ans:

9. Give three real world applications in which a worker would want to find an Euler circuit

on a street network.

Ans:

10. Why would a city street department want its snow plow operator's path to follow an

Euler circuit if possible?

Ans:

### Unformatted Attachment Preview

National Paralegal College 717 East Maryland Avenue, Phoenix, AZ 85014-1262 Tel: 800-371-6105 Fax: 866-347-1561 E-mail: info@nationalparalegal.edu Web: http://nationalparalegal.edu Ideas in Math: MAT-201 Assignment #1 1. On a graph that represents six cities and the roads between them, the valence of vertex A is 4. What does this mean in real world terms? Ans: 2. Which of the graphs below are connected? Explain Ans: 3. Consider the path represented by the sequence of numbered edges on the graph below. Explain why the path is not an Euler circuit. Ans: Page 1 4. Which of the graphs below have Euler circuits? Explain. Ans: 5. Consider the path represented by the sequence of numbered edges on the graph below. Why does the path not represent an Euler circuit? Ans: 6. Consider the path represented by the numbered sequence of edges on the graph below. Is the path an Euler circuit? Explain. Ans: Page 2 7. In order to eulerize the graph below, give the fewest number of edges that need to be added or duplicated? Explain. Ans: 8. Which of the graphs shown below gives the best eulerization of the given graph? (In the graphs below, added edges are denoted with zig-zag lines.) Explain. Ans: 9. Give three real world applications in which a worker would want to find an Euler circuit on a street network. Ans: Page 3 10. Why would a city street department want its snow plow operator's path to follow an Euler circuit if possible? Ans: ...
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Juniper
School: Boston College

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Anonymous
Excellent job

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