- Consider the following graph:

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11. Consider the following graph:
a. Find a Hamilton path. Can your path be extended to a Hamilton cycle?
b. Is the graph bipartite? If so, how many vertices are in each partition?
c. Use your answer to part b to prove that the graph has no Hamilton cycle.
d. Suppose you have a bipartite graph G in which one part has at least two more vertices than the
other. Explain why it is impossible for G to have a Hamilton path.
Transcribed Image Text:11. Consider the following graph: a. Find a Hamilton path. Can your path be extended to a Hamilton cycle? b. Is the graph bipartite? If so, how many vertices are in each partition? c. Use your answer to part b to prove that the graph has no Hamilton cycle. d. Suppose you have a bipartite graph G in which one part has at least two more vertices than the other. Explain why it is impossible for G to have a Hamilton path.
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