2. Minimum Spanning Tree (MST) algorithms. 10 A 8 9 B 9 12 5 E D 3 6 4 a. Apply Kruskal's algorithm to the above graph to find a minimum spanning tree. Demonstrate your steps on this proble: b. Apply Prim's algorithm to the above graph to find a minimum spanning tree. Demonstrate your steps on this problem. 3. Single source shortest paths algorithms. Apply Dijkstra's algorithm to find shortest paths in the above graph (in problem 2). Demonstrate your steps on solving this problem using this algorithm. Source is A.
2. Minimum Spanning Tree (MST) algorithms. 10 A 8 9 B 9 12 5 E D 3 6 4 a. Apply Kruskal's algorithm to the above graph to find a minimum spanning tree. Demonstrate your steps on this proble: b. Apply Prim's algorithm to the above graph to find a minimum spanning tree. Demonstrate your steps on this problem. 3. Single source shortest paths algorithms. Apply Dijkstra's algorithm to find shortest paths in the above graph (in problem 2). Demonstrate your steps on solving this problem using this algorithm. Source is A.
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PLEASE USE PROBLEM 2 AS A REFERENCE TO ANSWER PROBLEM 3
Transcribed Image Text:2. Minimum Spanning Tree (MST) algorithms.
10
A
8
9
2
9
B 12
5
E
3
6
a. Apply Kruskal's algorithm to the above graph to find a
minimum spanning tree. Demonstrate your steps on this
proble:
b. Apply Prim's algorithm to the above graph to find a
minimum spanning tree. Demonstrate your steps on this
problem.
3. Single source shortest paths algorithms.
Apply Dijkstra's algorithm to find shortest paths in the
above graph (in problem 2). Demonstrate your steps on
solving this problem using this algorithm. Source is A.
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