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Proof: Bipartite Graphs have no Odd Cycles | Graph Theory, Bipartite Theorem, Proofs
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If a graph is bipartite then it has no odd cycles. This fact seems like it might not be obvious at first, but with a little bit of drawing and thinking, we can quickly demonstrate this result! In today's video graph theory lesson, we actually present two proofs of this result. The second proof uses contradiction, a favorite of mine! We'll be using the definition of bipartite graphs, and the definition of cycle, and it will lead us to our solution!
I hope you find this video helpful, and be sure to ask any questions down in the comments!
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The outro music is by a favorite musician of mine named Vallow, who, upon my request, kindly gave me permission to use his music in my outros. I usually put my own music in the outros, but I love Vallow's music, and wanted to share it with those of you watching. Please check out all of his wonderful work.
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+WRATH OF MATH+
Follow Wrath of Math on...
I hope you find this video helpful, and be sure to ask any questions down in the comments!
********************************************************************
The outro music is by a favorite musician of mine named Vallow, who, upon my request, kindly gave me permission to use his music in my outros. I usually put my own music in the outros, but I love Vallow's music, and wanted to share it with those of you watching. Please check out all of his wonderful work.
********************************************************************
+WRATH OF MATH+
Follow Wrath of Math on...
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