find themaximum flow from source to sink. Also find a cut whosecapacity equals the maximum flow in the network. The image depicts a directed graph, which includes nodes and weighted edges connecting these nodes. Below is a detailed description of the graph structure:### Nodes:- **so**: Start node- **1**: Intermediate node- **2**: Intermediate node- **3**: Intermediate node- **4**: Intermediate node- **si**: End node### Edges and Weights:- From **so** to **1** with a weight of 7- From **so** to **2** with a weight of 3- From **1** to **2** with a weight of 1- From **1** to **3** with a weight of 6- From **2** to **3** with a weight of 3- From **2** to **4** with a weight of 8- From **3** to **si** with a weight of 2- From **4** to **si** with a weight of 8- From **3** to **4** with a weight of 2### Explanation:This graph can be used to model a network where each node represents a state and each directed edge represents a transition with a specific cost or weight. This structure can be applied in various contexts, such as representing pathways in traffic networks, costs in logistics, or tasks in project management. The start node **so** signifies the beginning of the process, while **si** indicates the end. The weights on the edges can be interpreted as distances, times, or costs associated with moving from one node to another.

Answered: find the maximum flow from source to…

Business

Operations Management

find the maximum flow from source to sink. Also find a cut whose capacity equals the maximum flow in the network.

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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