Question: 2) Run Prim's Algorithm on your graph from 1), using Carson City as the starting node (vi in the pseudocode available on the course Web

 2) Run Prim's Algorithm on your graph from 1), using Carson

2) Run Prim's Algorithm on your graph from 1), using Carson City as the starting node (vi in the pseudocode available on the course Web site) to find a minimum-weight spanning tree. Turn in a drawing of the spanning tree that you construct, and also show the contents of the min weight array from Prim's Algorithm at every iteration of the algorithm. You can either write a program to run Prim's Algorithm and output the min_weight values or you can run through the algorithm by hand. 2) Run Prim's Algorithm on your graph from 1), using Carson City as the starting node (vi in the pseudocode available on the course Web site) to find a minimum-weight spanning tree. Turn in a drawing of the spanning tree that you construct, and also show the contents of the min weight array from Prim's Algorithm at every iteration of the algorithm. You can either write a program to run Prim's Algorithm and output the min_weight values or you can run through the algorithm by hand

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