Complex Eigenvalues and Eigenvectors [Passing Linear Algebra]

All that's different is that now you have to work with "i"s

[@AkshayAmbekar-kd8zm]

Dude, thanks a lot!!! 5 years later and still helping a lot of students. Love from 🇮🇳

[@melissaleffingwell9501]

This is an amazing explanation of how to find complex eigen vectors. Thank you!

[@DougieTheBushWizard]

Thanks for this. I have no lectures, because of COVID and this is helping me understand.

[@ludovictn]

Finally some clear explanation, thanks dude! saving me for tomorrow's exam

[@JKhal]

you're amazing man, thanks for the vid it helped a lot! Notes made no sense my prof gave me, your explanation covered it all!

[@thesapphirephoenix9297]

You're a lifesaver dude, thank you so much!

[@d3ly746]

Best video for complex eigen stuff

[@maxbinaei139]

I was hoping that you got into how to write the general solution (when you start using sin and cos). That's what really confuses me. Still a good video though.

[@denizdemir6672]

heyy, i found the eigenvector of 1+ i look like (1st row 1 second row is 2)
(1 )
( i )
is it a correct one i cannot understand. Every time i found in this form in complex eigenvectors. but the conjugate one is look like the solution. Especially it is confusing when i try to solving ordinary differential equations with complex eigenvalues. Thank you.

[@mariannejasmijn8656]

i hope your cold got better

[@ngonidzashekimbini7177]

Thanks dude

[@hubris252]

Needs more cursor effects. Have you consider something subtle like fireworks or confetti?

[@miro.s]

Possible easy solution shown in overcomplicated and too slow way...