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This image contains a table that looks like a network flow problem, with roads (or branches) connecting various nodes, along with their capacities and reverse capacities. Here's a breakdown of the table you uploaded:

- **Branch name**: Roads (1 to 11)
- **Start node**: The starting point of the road.
- **End node**: The destination point of the road.
- **Capacity**: Maximum flow capacity from the start node to the end node.
- **Reverse Capacity**: Capacity for flow in the reverse direction (from the end node to the start node).

### Extracted Data:

| Branch Name | Start Node | End Node | Capacity | Reverse Capacity |
|-------------|------------|----------|----------|------------------|
| Roads 1     | 1          | 2        | 2        | 0                |
| Roads 2     | 1          | 3        | 5        | 0                |
| Roads 3     | 1          | 4        | 1        | 0                |
| Roads 4     | 2          | 5        | 2        | 0                |
| Roads 5     | 3          | 5        | 3        | 0                |
| Roads 6     | 3          | 6        | 2        | 0                |
| Roads 7     | 4          | 6        | 3        | 0                |
| Roads 8     | 4          | 8        | 4        | 0                |
| Roads 9     | 5          | 7        | 3        | 0                |
| Roads 10    | 5          | 7        | 2        | 0                |
| Roads 11    | 7          | 8        | 2        | 0                |

### Next Steps:
- You might be solving a **maximum flow problem**, where you want to find the maximum possible flow from a source node to a sink node, given the capacities.
- Alternatively, you could be analyzing this as a **network routing** problem or path optimization.

Let me know what specific task you'd like to perform on this network. For example:
- Calculate the maximum flow.
- Analyze specific paths.
- Solve for bottlenecks or minimal cuts.

Would you like to proceed with any of these? Feel free to ask for any clarifications or details.

Here are some relative questions that might expand on the topic:

1. Do you want to calculate the maximum flow between two nodes?
2. Should we analyze specific paths from node 1 to node 8?
3. Would you like help constructing a flow network graph from this data?
4. Do you need help finding bottlenecks in the network?
5. Would you like an explanation of how the Ford-Fulkerson algorithm applies here?

**Tip**: When solving flow network problems, always check if the reverse capacities play a role, especially when analyzing augmenting paths.

The table shows roads connecting nodes with specified capacities and reverse capacities. Analyze the network and solve a potential maximum flow problem.

Analyze a network flow problem with nodes and roads having specified capacities. Learn how to calculate the maximum flow using key mathematical concepts such as capacity constraints, flow conservation, and the Ford-Fulkerson algorithm. Suitable for advanced high school or university students.

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