A city planner wants to work with community leaders to develop a system of walker-friendly paths between the city's five parks. Since cost is an issue, the planner collects data on the cost of each park-to-park route. The planner uses the Nearest Neighbor method to determine an estimate of a least cost system of sidewalks that would allow a walker to visit each park once and return to the park where the walker has parked his/her car. The weighted graph below shows the cost of each possible path in thousands of dollars. B 236 239 124 225 131 163 A 168 109 120 Starting and ending at vertex A, what is the minimum cost to construct paths as estimated by the Nearest-Neighbor method? (note: The values on the graph are thousands of dollars, so you will need to append three zeros to your response. For example, if you get a minimum cost of 123, you would enter 123000.)
A city planner wants to work with community leaders to develop a system of walker-friendly paths between the city's five parks. Since cost is an issue, the planner collects data on the cost of each park-to-park route. The planner uses the Nearest Neighbor method to determine an estimate of a least cost system of sidewalks that would allow a walker to visit each park once and return to the park where the walker has parked his/her car. The weighted graph below shows the cost of each possible path in thousands of dollars. B 236 239 124 225 131 163 A 168 109 120 Starting and ending at vertex A, what is the minimum cost to construct paths as estimated by the Nearest-Neighbor method? (note: The values on the graph are thousands of dollars, so you will need to append three zeros to your response. For example, if you get a minimum cost of 123, you would enter 123000.)
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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![A city planner wants to work with community leaders to develop a system of walker-friendly paths
between the city's five parks. Since cost is an issue, the planner collects data on the cost of each
park-to-park route. The planner uses the Nearest Neighbor method to determine an estimate of a
least cost system of sidewalks that would allow a walker to visit each park once and return to the
park where the walker has parked his/her car.
The weighted graph below shows the cost of each possible path in thousands of dollars.
.236'
239
124.
225
131
163
A
168
109
120
11
E
Starting and ending at vertex A, what is the minimum cost to construct paths as estimated by the
Nearest-Neighbor method?
(note: The values on the graph are thousands of dollars, so you will need to append three zeros to
your response. For example, if you get a minimum cost of 123, you would enter 123000.)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F01e12095-2b58-4ea7-84a5-45c27428642d%2Fc2599a8d-c1b3-48e2-9519-41bb6c4cc736%2F4z37wt_processed.png&w=3840&q=75)
Transcribed Image Text:A city planner wants to work with community leaders to develop a system of walker-friendly paths
between the city's five parks. Since cost is an issue, the planner collects data on the cost of each
park-to-park route. The planner uses the Nearest Neighbor method to determine an estimate of a
least cost system of sidewalks that would allow a walker to visit each park once and return to the
park where the walker has parked his/her car.
The weighted graph below shows the cost of each possible path in thousands of dollars.
.236'
239
124.
225
131
163
A
168
109
120
11
E
Starting and ending at vertex A, what is the minimum cost to construct paths as estimated by the
Nearest-Neighbor method?
(note: The values on the graph are thousands of dollars, so you will need to append three zeros to
your response. For example, if you get a minimum cost of 123, you would enter 123000.)
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