Jordan Form (Dr. Jake Abbott, University of Utah)

[@heathermadsen648]

Phenomenal lecture! Spent the whole semester trying to get Jordan form and finally found this video. Thank you!

[@carrotcabbageonion]

Totally agreed

[@KorraAndVaatu]

I have spent multiple days trying to understand Jordan form. This was the only explanation that made sense to me. Thank you!

[@SaeedAcronia]

I can't get my head around this Jordan shiiiit! Struggling to find a simple tutorial

[@levels1937]

The most clear explanation of this I have ever heard! Thank you !

[@browneyedham]

Thank you Dr. Jake. You helped me at a time when I am struggling. Very nice explanation.

[@EngBandar1]

Sir, you're amazing. Keep it up. I have a terrible professor so boring. Why he can't explain like you. you're life saver.

[@beone93]

this is a pristine explanation . thank you Dr. Jake

[@RootCSGO]

The only clear explanation i could find on KZbin

[@TheGamshid]

You are the one Dr. Jake, please come out and save this fucking mad world.

[@talibffff]

Great Dr.Jake....Excellent explanation. Thank you

[@DuuAlan]

You explained this more clearly than Imperial College London explains it. Thanks for saving my exams!

[@turang1]

Thank you professor very much, you have outstanding teaching quality.

[@洪偉哲-g4l]

THANKS YOU SO MUCH!! Best teaching about Jordan Form ever!!

[@mirsarfraz7143]

It's very easy after watching this video ,,,,,,thanks Dr Jake for a knowledgeable video

[@ThoNguyen-jk7li]

Thank you very much! I finally got the idea of jordon form.

[@britfreeman6303]

So...when you find your distinct eigenvectors, how do you tell if they should be labeled V1 and V2, or V1 and V3?

[@MrPeeepe]

Excellent explanation! Thanks

[@Shogun1289]

Thank you, this is very clear and interesting all the way through!

[@Muan82]

I still didn't understand why we need to use 1 above diagonal terms in Jordan blocks for the same eigenvalues

[@deadoralivecowboy1401]

9:50

[@ink2467]

Thank you! I couldn't understand what the generalized eigenvectors were, and no tutorial mentions that. They just talk about how a Jordan matrix looks. xd But this explained it perfectly!

[@whopbbbpp]

謝謝..^^ THIS IS HARD TO ME BEFORE WATCHING THE VEDIO

[@krishnachamarti1256]

Made this very understandable, thank you!

[@robertjohnson7479]

Thank you so much. What software did you use that you could write and tape the video?

[@matpetics]

You have a mistake in a very beginning 0:40. If lambda1 is not equal to lambda2, and lambda2 is not equal to lambda3, it does not have to be the case that lambda1 is not equal to lambda3. In other words, NOT EQUAL is not a transitive relation. :)

[@whatwhackadoodle]

I finally understand this. Thanks!

[@TheHyunuklee]

awesome and very clear... .

[@allandogreat]

pretty clear

[@rianalafleur]

THANK YOUUU!!

[@Bingliuau]

You are my life saver

[@emmar2869]

thank you a great explanation

[@mooeoo]

good explanation.thanks

[@DeepIntelAcademy]

perfect, thank you

[@123cgull]

THANK YOU SIR

[@ebrimakuyateh394]

well explained tutorial thank u

[@vipulanvigneswaran6701]

This is great!

[@gabrielgoesrodrigues123]

Thank you, really helped

[@danieldurkovic1781]

To be honest I dont get it, would be much much easier to understand with actual numbers

[@nathanlee4844]

the video was very useful

[@Marsipangris007]

10/10

[@p.georgiou7271]

Thanks, explanations in german about this topic are terrible

[@salvatoregiordano6816]

Excellent explanation! Thank you!

[@laflaca5391]

excellent explanation, thanks!