Discrete Math - 5.1.3 Proof Using Mathematical Induction - Divisibility

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Our last video for practice proving using mathematical induction. In this video we have one example involving divisibility.

Video Chapters:
Introduction 0:00
Divisibility Proof 0:07
Up Next 7:34

Textbook: Rosen, Discrete Mathematics and Its Applications, 7e

  1. Kimberly Brehm
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Комментарии
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Man these problems are making me feel useless in math :((

OK-rieu
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4:15 pauses the video writes down...resumes the video.... Kimberly: INSTEAD OF WRITING LIKE THIS removes what was written.

DaiMoscv
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sometime I wonder if I am writing short essays or calculate equations in Discreet Math

Baebon
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i watched the previous classes and i could do it without seeing the solution first:D thanx a lot

mayukhintesarislam
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i love your tutorial so much keep up the good work

kudzayiblessingwatinaye
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So because we introduced a 57 into the equation, we know that it is divisible by 57, so it is true? she kind of bounced around a little and threw me off.

madregular
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"Since (IH) is divisible by 57 and 57x8^(2k+1) is div. by 57, then...", etc. Where is the IH proved to be divisible by 57 before it is assumed to be here except in the basis step (for k=0)?

johnpade
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Can we donate to you somehow? These are incredible and have saved me in my discrete math class.

BReinert
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je ne comprends pas, mais c’est d’accord.

i’ll rewatch hahajaja

ayanaxhye