Elementary matrices | Lecture 13 | Matrix Algebra for Engineers

[@ProfJeffreyChasnov]

Find other Matrix Algebra videos in my playlist th-cam.com/play/PLkZjai-2Jcxlg-Z1roB0pUwFU-P58tvOx.html

[@willm6598]

Wow, bravo sir. This is the only video that made elementary matrices make sense. I can't believe this doesn't have more views yet. The best explanation online period

[@robertbillette4671]

I'm from Michigan. I Studied abroad at HKUST a few years ago. Man I wish I had you as an instructor. You're so clear with your teaching style. Love the school though, great place

[@ProfJeffreyChasnov]

Thanks!

[@bite7326]

finally all these matrix multiplication rules have a point

[@pluto5987]

thank you so much ! finally understood the significance of elementary matrices

[@dark6.63E-34]

Simple and clear as it should be! Brilliant work

[@debbydambani7040]

best explanation ever...thank you dear sir...

[@shaikhfaizan3405]

Thankyou so much sir. You made it easy for us to understand this concept.

[@xiaoxuanwang2570]

Very high quality teaching. Thank you!

[@imk820]

amazing lecture series. superb

[@michapeka2800]

Love it! Thanks for clarity!

[@juliorosas-cortes424]

i shouldve clicked this video the first time it came out in the search results. i clicked on half a dozen other before i came across this perfect video! please forgive me 😣

[@TankNSSpank]

Correction, elementary matrix is an identity matrix with one entry changed. This means one of the diagonal ones could be changed to another number too. Not necessarily just the zeros.

[@lancelofjohn6995]

Nice lecture!

[@MrDavidRaw]

real one, thank you

[@joshithmurthy6209]

thanks for the video

[@al_7016]

Good... the marker color is pink but the written work is showing blue color.😎😀

[@madhusudanthore773]

Thank you

[@mohammadbayat1635]

Thanks man!

[@SparkyElectricDave]

Hi Jeffrey, thank you for grate videos. Trying to folow every step but I have an issue with obtaining M3, could you possibly elaborate a bit more on how you obtain the 0 0 1 on the third row of the M3 by showing in more details of the rows used to multiply by the -1 factor and derive row 3 of M3. I also would like to ask you of any good matrices algebra books to cover the topics in great details for projects possibly containing thousands or few hundred thousands of equations, I see how you obtain the third row of M2 but not M3 as I get 3rd row of M2 again and not M3, thanks a lot.

[@ProfJeffreyChasnov]

Have a look at my lecture notes: Matrix Algebra for Engineers.

[@vallinayagamsenthil6569]

Such a good professor but why didn't you get reach

[@ProfJeffreyChasnov]

Not too bad overall. Trying to get students into my Coursera courses, which have a complete curriculum.

[@danielfendi4971]

Best ever

[@adinandyala]

I thought you as Jeff Bezos from the thumbnail. Btw, thanks sir! This video was really helpful...

[@shadmanshakib5568]

Helpful ☺

[@Akniy]

What happens if the pivot equals 0?

[@ProfJeffreyChasnov]

Numerical algorithms need to include pivoting, that is row interchanges.

[@just-code2093]

this left me very confused..

[@Mark-yx3jf]

GIGACHAD I SHALL REMMEBER YOU WHEN I GET THE BARE MINIMUM GRADE TO PASS

[@mkjav596]

we end up with MMMA

[@TheOriginalArchivist]

Why am I paying big bucks for lectures that are so much lower quality than free YT vids?

[@ProfJeffreyChasnov]

I take that as a compliment.

[@TheOriginalArchivist]

@@ProfJeffreyChasnov You should. You're a fantastic lecturer! Will definitely be watching more.

[@mouadaz9110]

if this man is real? look like BOT made by artificial intelligence? XD

[@ProfJeffreyChasnov]

Not nice

[@pauljager5798]

@@ProfJeffreyChasnov The net is full of trolls. I've just started a PHD after working for many years as an engineer. These lectures are fantastic.