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![Use the Nearest Neighbor Method starting at vertex A to find a Hamilton Circuit. (In the next question you will be asked to find the weight of this circuit.)
(Start)
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(End)](https://blblobstorage.blob.core.windows.net/solver-b2c/51e17962-f948-11ee-bb06-aa1196ee836f.jpg)
Use the Nearest Neighbor Method starting at vertex A to find a Hamilton Circuit. (In the next question you will be asked to find the weight of this circuit.)(Start)[ Select ][ Select ][ Select ][ Select ][ Select ][ Select ](End)
Full solution
Q. Use the Nearest Neighbor Method starting at vertex A to find a Hamilton Circuit. (In the next question you will be asked to find the weight of this circuit.)(Start)[ Select ][ Select ][ Select ][ Select ][ Select ][ Select ](End)
- Identify Starting Point: Identify vertex as the starting point.
- Choose Smallest Weight Edge: Choose the edge with the smallest weight connected to vertex .
- Move to End Vertex: Move to the vertex at the end of the chosen edge.
- Repeat Edge Selection: Repeat the process of choosing the smallest edge connected to the current vertex that leads to an unvisited vertex.
- Visit All Vertices: Continue until all vertices have been visited once.
- Return to Starting Point: Return to vertex to complete the circuit.
- Check Visited Vertices: Check if all vertices were visited exactly once before returning to .
- Verify Hamilton Circuit: Verify that the final circuit is a Hamilton Circuit.
