[Discrete Mathematics] Subgraphs, Complements, and Complete Graphs

[Discrete Mathematics] Subgraphs, Complements, and Complete Graphs

TrevTutor

9 лет назад

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@brittainthompson6449
@brittainthompson6449 - 12.04.2021 20:11

These are better than the videos my professor posts. Thank you so much

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@nahrafe
@nahrafe - 28.03.2020 14:46

Wait, complete graph without loop(s) but they're definitely graph with all the vertices connected, so the number of edge is combination(v,2). But why you draw that K4 only with 5 edges, not 6?

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@bardzogroznyjezyk2655
@bardzogroznyjezyk2655 - 25.01.2020 23:15

Living on the edge be like

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@alejandraescalante3506
@alejandraescalante3506 - 15.03.2019 08:26

How many sub-graph does Kn? 🤔 Please

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@pcgamermofo
@pcgamermofo - 07.09.2018 08:19

It's a bunch of jargon!

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@omerfatihdokumac9960
@omerfatihdokumac9960 - 24.05.2018 21:39

Damn these lectures are so ''edgy''.

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@thejoy97
@thejoy97 - 14.03.2018 09:40

Thank you sir.. You can explain better than my College lecturer.. Very Helpful !!

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@jennifermichel3653
@jennifermichel3653 - 09.02.2018 04:59

Thank you for posting these videos. They are helping me tremendously.

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@khadijahflowers5566
@khadijahflowers5566 - 03.02.2018 23:16

Question about compliments

Can I say that taking the compliment of a graph is just getting rid of the edges that are there, but adding the ones that aren't? You probably said it, but I think I got confused... Sorry

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