Consider the following algorithm: Algorithm Reverse-delete for MST (Minimum spanning tree) Input: Full weighted copy of a graph G = (V, E) Output: For i = 1 to Edges == Vertices – 1:         G[i] = Find the largest edge         if G[i] does not break connection of the graph:                 delete largestEdge (G.remove[i])         else:                 keep largestEdge End for Return G

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Q: a. Using depth-first search. b. Using breadth-first search.

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A:

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A: Detail solution is given below. See below steps.

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A: Let us the answers below,

Q: 3 A D TI 5 6 48 25 (B 4 2 E 62 5 G

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A: Introduction

Q: E A H B G F

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A: Here is the explanation of the above problem. See below steps.

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Q: S T W X Y V U

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A: Question :-

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Q: b. FACBDE

A: Option B is correct answer

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A: Here is the explanation of the above problem. See below steps.

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A:

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A: Hello student

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Minimum Spanning Tree

A spanning tree is a sub-graph of a connected, undirected graph. It has all the vertices of a graph with the minimum possible number of edges. If a vertex is skipped, then it will not be a spanning tree. The edges of a spanning tree may or may not have weights.