Homogenous Linear Systems, Trivial and Nontrivial Solutions | Linear Algebra

[@WrathofMath]

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[@tomkerruish2982]

Somehow I only noticed just now that you sometimes use the classic Star Trek font. You are clearly a man of culture

[@WrathofMath]

Sorry to say it's mere coincidence! I am very un-knowledgeable about TV and movies, some student expressed surprise that I wasn't a big Harry Potter nerd once, and I pretended I was insulted by such blatant nerd stereotyping! I am a big classic literature and Tetris fan however. My only TV is a dusty old CRT, but not for old movies, just for NES Tetris. Regarding fonts, I am settling into using dedicated fonts for each course, for Lin Alg I'm using Horta, which does look a lot like a non-italicized classic Star Trek! Captures that abstract, computer-y, manydimensional feel.

[@akami99]

you explained it so much better than my professor!!! thank you

[@WrathofMath]

Glad to hear that! I hope you'll find the rest of my Lin Alg playlist helpful as well, good luck!

[@ottosparky]

Thank you for your videos! The videos along with the explanation(s) are clear and concise. Well done young man!

[@PunmasterSTP]

Homogeneous? More like "Hugely helpful lectures; you're a genius!"

[@prithamallik3454]

Your videos are very clear and helpful. Thank you !

[@teclues3893]

i purely accept u as my professor!

[@WrathofMath]

These words are accepted

[@Mulkek]

Thanks, and explain so clearly!

[@zb5775]

As I have commented before, you're an outstanding math teacher. However, with respect to linear algebra, any chance you can make some videos in the spirit of your real analysis and abstract algebra series, based more on rigorous and proof-based linear algebra (i.e. from Sheldon Axler and Friedberg/Ansel texts) rather than the more basic type presented by Anton? I appreciate what you are doing here, but a more "pure math" approach to the subject would be the metaphorical icing-on-the-cake, and a delicious delight!

[@mochismoothie4664]

thank you, this is stright forward

[@WrathofMath]

Glad to help, thanks for watching!

[@Reraph]

I have a test tomorrow. You saved me thank you

[@WrathofMath]

Glad to help - good luck!

[@brendanodonnell3960]

Great video! I finally understand the core concept.

[@WrathofMath]

Thank you! Glad it helped!

[@ShujaWaras-nn4fw]

Your videos are super helpful! thank you v much !!

[@WrathofMath]

Glad to help - thanks for watching!

[@rahman3405]

Very nice work explaining the topic. also for m=n case when determinant of coeff matrix A is non zero cant we just say x is 0 vector

[@WrathofMath]

Certainly!

[@henrywoo1668]

Very clear explanation !

[@WrathofMath]

Thank you!

[@yingyuyan]

I love your video!! Help me a lot

[@WrathofMath]

Awesome! Thank you!

[@rachxcel]

so helpful!!

[@WrathofMath]

Glad to hear it, thanks for watching!

[@BetelhemAb12]

I have no word👏 bravo by u i love matrix thank u

[@WrathofMath]

Glad to help! Thanks for watching!

[@vaibhavgupta973]

thanks

[@bossbabyy_00]

I like your nose 👃 btw thanks for the explanation

[@WrathofMath]

Thank you - it's my pleasure!

[@jainababah6718]

I love your channel ❤

[@WrathofMath]

Thank you! ❤