Dijkstra's shortest path algorithm is run on the graph, starting at vertex C. When a vertex is dequeued, 0 or more adjacent vertices' distances are updated. For each iteration of the while loop in Dijkstra's algorithm, find the vertex dequeued and the adjacent vertices updated. Enter updated vertices as A, B, C or "none" if no adjacent vertices are updated. 3 A E 2 10 4 D 8 B Iteration Vertex dequeued Adjacent vertices updated 1 Ex: C Ex: A, B, C or none 2 3 4 5

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Dijkstra's shortest path algorithm is run on the graph, starting at vertex C. When a vertex is
dequeued, 0 or more adjacent vertices' distances are updated.
For each iteration of the while loop in Dijkstra's algorithm, find the vertex dequeued and the adjacent
vertices updated. Enter updated vertices as A, B, C or "none" if no adjacent vertices are updated.
3
A
E
2
10
4
D
8
B
6
C
Iteration Vertex dequeued Adjacent vertices updated
1
Ex: C
Ex: A, B, C or none
2
3
A
5
Transcribed Image Text:Dijkstra's shortest path algorithm is run on the graph, starting at vertex C. When a vertex is dequeued, 0 or more adjacent vertices' distances are updated. For each iteration of the while loop in Dijkstra's algorithm, find the vertex dequeued and the adjacent vertices updated. Enter updated vertices as A, B, C or "none" if no adjacent vertices are updated. 3 A E 2 10 4 D 8 B 6 C Iteration Vertex dequeued Adjacent vertices updated 1 Ex: C Ex: A, B, C or none 2 3 A 5
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