Decide if the statement is True or False. Justify your answer. Explain why is it true or why not, and give an example/counterexample where necessary. 2. a) Every edge subset E' CE and every vertex subset V' c V define a subgraph G'=(V', E') of a graph G=(V, E)? b) A cycle C, has the same number of edges with T41(tree with n+1 vertices) for every natural number n 2 3. c) If a simple graph G does not contain odd cycles (circuits of odd length), then it is a bipartite graph.

Advanced Engineering Mathematics
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ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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Essentials of DISCRETE MATHEMATICS

2.
Decide if the statement is True or False. Justify your answer. Explain why is it
true or why not, and give an example/counterexample where necessary.
a) Every edge subset E' CE and every vertex subset V' C V define a subgraph G'=(V', E')
of a graph G=(V, E)?
b) A cycle Cn has the same number of edges with Tn+1(tree with n+1 vertices) for every
natural number n 2 3.
c) If a simple graph G does not contain odd cycles (circuits of odd length), then it is a
bipartite graph.
Transcribed Image Text:2. Decide if the statement is True or False. Justify your answer. Explain why is it true or why not, and give an example/counterexample where necessary. a) Every edge subset E' CE and every vertex subset V' C V define a subgraph G'=(V', E') of a graph G=(V, E)? b) A cycle Cn has the same number of edges with Tn+1(tree with n+1 vertices) for every natural number n 2 3. c) If a simple graph G does not contain odd cycles (circuits of odd length), then it is a bipartite graph.
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