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. What type of graph is represented?   2. List the vertices that are represented on the graph? 3. List the edges that are represented on the graph?

. What type of graph is represented?   2. List the vertices that are represented on the graph? 3. List the edges that are represented on the graph?

Database System Concepts
Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
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1. What type of graph is represented? 

 2. List the vertices that are represented on the graph?

3. List the edges that are represented on the graph? 

4. What is the cost or distance from Philadelphia to Detroit? 

5. Give the weight of each edge that is traversed to get from Philadelphia to Detroit

6. What would be the longest path from Pittsburgh to Chicago?

7. 

 

Chicago 260 148 180 Ann Arbor 40 Fort Wayne 120 50 60 Toledo 180 Indianapolis Detroit 155 120 Columbus Cleveland 150 Figure 1 180 130 Pittsburgh 320 Philadelphia Problem: One reason we study graphs is to find pathways between vertices. We can use graphs to help solve a number of various kinds of problems. For example, we might want to know whether there is a connection from one node in a network to all others. If we can show that the graph is connected, then a path must exist from one node to every other node. The Graph (Figure 1) above represents cities in the United States and can be used to create a table showing the distance (miles in the shortest route) between each pair of cities or the find the least cost path from each vertex. Implementation: Use the Graph above (Figure 1) to answer the following questions.
Transcribed Image Text:Chicago 260 148 180 Ann Arbor 40 Fort Wayne 120 50 60 Toledo 180 Indianapolis Detroit 155 120 Columbus Cleveland 150 Figure 1 180 130 Pittsburgh 320 Philadelphia Problem: One reason we study graphs is to find pathways between vertices. We can use graphs to help solve a number of various kinds of problems. For example, we might want to know whether there is a connection from one node in a network to all others. If we can show that the graph is connected, then a path must exist from one node to every other node. The Graph (Figure 1) above represents cities in the United States and can be used to create a table showing the distance (miles in the shortest route) between each pair of cities or the find the least cost path from each vertex. Implementation: Use the Graph above (Figure 1) to answer the following questions.
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4. What is the cost or distance from Philadelphia to Detroit? 

5. Give the weight of each edge that is traversed to get from Philadelphia to Detroit

6. What would be the longest path from Pittsburgh to Chicago? 

7. 

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