Q. A person wants to visit some places. He starts from a vertex and then wants to visit every vertex till it finishes from one vertex, backtracks and then explore other vertex from same vertex. What algorithm he should use?

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Q. What can be the applications of Depth First Search?

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Q. When the Depth First Search of a graph is unique?

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Q. Regarding implementation of Depth First Search using stacks, what is the maximum distance between two nodes present in the stack? (considering each edge length 1)

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Q. In Depth First Search, how many times a node is visited?

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Q. Breadth First Search is equivalent to which of the traversal in the Binary Trees?

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Q. Time Complexity of Breadth First Search is? (V – number of vertices, E – number of edges)

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Q. The Breadth First Search traversal of a graph will result into?

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Q. A person wants to visit some places. He starts from a vertex and then wants to visit every place connected to this vertex and so on. What algorithm he should use?

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Q. What can be the applications of Breadth First Search?

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Q. When the Breadth First Search of a graph is unique?

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Q. Regarding implementation of Breadth First Search using queues, what is the maximum distance between two nodes present in the queue? (considering each edge length 1)

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Q. In BFS, how many times a node is visited?

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Q. Which of the following is an advantage of adjacency list representation over adjacency matrix representation of a graph?

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Q. What is the maximum number of edges in a bipartite graph having 10 vertices?

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Q. Possible number of labelled simple Directed, Pseudo and Multigarphs exist having 2 vertices?

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Q. The most efficient algorithm for finding the number of connected components in an undirected graph on n vertices and m edges has time complexity.

(A) O(n)
(B) O(m)
(C) O(m + n)
(D) O(mn)

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Q. If a simple graph G, contains n vertices and m edges, the number of edges in the Graph G'(Complement of G) is ___________

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