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A delivery company needs to optimize the flow of packages from the distribution center (source) to various destination points (sinks) through a network of routes. Each route has a different capacity based on the distance from the distribution center. Use the maximum flow method to determine the most efficient flow pattern that maximizes the number of packages delivered from the source to the sinks. Given that the are capacity from node i to node j is the number nearest node i along the are between these nodes. Show your work F Source 3 4 5 7 F Sink

A delivery company needs to optimize the flow of packages from the distribution center (source) to various destination points (sinks) through a network of routes. Each route has a different capacity based on the distance from the distribution center. Use the maximum flow method to determine the most efficient flow pattern that maximizes the number of packages delivered from the source to the sinks. Given that the are capacity from node i to node j is the number nearest node i along the are between these nodes. Show your work F Source 3 4 5 7 F Sink

Practical Management Science
Practical Management Science
6th Edition
ISBN:9781337406659
Author:WINSTON, Wayne L.
Publisher:WINSTON, Wayne L.
Chapter2: Introduction To Spreadsheet Modeling
Section: Chapter Questions
Problem 20P: Julie James is opening a lemonade stand. She believes the fixed cost per week of running the stand...
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A delivery company needs to optimize the flow of packages from the distribution center (source) to various destination points (sinks) through a network of routes. Each route has a different capacity based on the distance from the distribution center. Use the maximum flow method to determine the most efficient flow pattern that maximizes the number of packages delivered from the source to the sinks. Given that the are capacity from node i to node j is the number nearest node i along the are between these nodes. Show your work
Transcribed Image Text:A delivery company needs to optimize the flow of packages from the distribution center (source) to various destination points (sinks) through a network of routes. Each route has a different capacity based on the distance from the distribution center. Use the maximum flow method to determine the most efficient flow pattern that maximizes the number of packages delivered from the source to the sinks. Given that the are capacity from node i to node j is the number nearest node i along the are between these nodes. Show your work
F Source 3 4 5 7 F Sink
Transcribed Image Text:F Source 3 4 5 7 F Sink
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