(Abstract Algebra 1) Finite Groups

The definition of the order of a group is given along with the definition of a finite group. The group of addition mod 3 is considered in detail.

[@musicphysics-mathematicsfu1840]

❤ You made Abstract Algebra looks like elementary arithmetic! Thank you so much😅😊

[@brentgallagher3603]

Wow! you are awesome! Thank you so much!

[@bredmath]

Thank you! Excellent teaching!

[@suppandi1000]

Very informative. Helpful. Thanks.

[@learnifyable]

Spandan Bhattacharya I'm glad to hear that I helped.

[@shradhajason8082]

Thank you Sir, from India :)

[@gyabaahfelix5560]

Sir, tnx for de videos i love ur videos it rely best

[@stamilimakurunge9305]

Thank you very much

[@gyabaahfelix5560]

pls can u do video of rational numbers in abstract

[@user-cw4rj5ud4n]

What about finite fields?

[@lemyul]

thank you 2013

[@manzilmudbari9804]

There’s a slight mistake in the end, inverse of 0 is 1 as 0 (group operation) 1 gives 1, similarly inverse of 1 and 2 is 0 and 2 respectively.

[@coolmind2476]

This is just a very basic example but not really about finite groups in general. The title is confusing.

[@kenmeyer100]

you need to look at the context, this is part of a 46-part introductory course

[@makuwaniblessing743]

the ffirst example is not closed the last row both the elements should be 3 and 4

[@alanweber5569]

3 mod 3 = 0 4 mod 3 = 1

[@kenmeyer100]

the group is defined as