Introduction to Imaginary Numbers || Algebra 2

[@arielweston1796]

just saved my life with this awesome content thank you so much, I understand so much better now! keep thriving

[@Devil-ot9wj]

Why the heck Is this GENIUS soo fkin dmn underrated!!!! 😤

[@ashukundra8444]

You are doing a great work man lots of love and respect for you ❤️

[@mysuernameisthis]

Awesome stuff as always!

[@bktm]

Dude i love you so much you help so many people you are so underrated right now and I cant thank you enough. Please keep going🙏

[@MfReverb]

I’m learning this in class rn how funny you’re teaching it

[@LudusYT]

Well you’ll definitely like the videos I’m posting this week then!!

[@ChessQuickiesEcon]

Thanks! I really appreciate the work you are putting in for us, so thanks again! ps. answer was -1!

[@LudusYT]

No problem!! I’m glad I can help!! Also, great job on the problem!

[@Blahe_]

this honestly helps so much with alg

[@h.gra26]

Thank you sm I have a test over this tomorrow

[@aldendomino3523]

This is wonderful, thank you.

[@omarsamman7143]

thanks a lot for explaining 😍 an Arabic follower

[@chinrxhh6707]

Omg,I fully understand for this topic now in just 18minutes :))).Thanks for your video.May I ask is it compulsory to divide the power of i with four for getting the remainder?

[@LudusYT]

No problem!!! Glad I could help. To answer your question, you don’t have to write out all the work of division if you can figure out the remainders in your head. You can kinda get an intuitive feel for it. For example I could tell you the remainder of 81/4 is 1 bc 80 divides by 4 evenly, and so I know 81 has a remainder of 1, 82 has a remainder of 2 and so on. Does that answer your question?

[@chinrxhh6707]

@@LudusYT ok, thanks for your explanation.

[@dnevizil7287]

My answer is -1

[@eduardocerra9433]

i^70=-1

[@sushannyaupane5518]

-1

[@LudusYT]

Perfect!!!

[@xxxyyy5306]

The answer should be -1

[@eduardocerra9433]

-1

[@frankanang6099]

-1

[@frankanang6099]

-1