Gauss-Seidel Method Example

[@washiburr9876]

Holy shit. This and the Jacobi method video are fantastic. Thank you so much for your work.

[@duntahlawrence1335]

thanks a million Sir, you saved my life😎😎

[@morezco]

Thanks for the explanation!
You forgot to put the link you mentioned in the description.

[@StudySessionYT]

Thanks for letting me know! The video link is in the description now :)! Im glad you found the video helpful!

[@juancabrera8181]

Great Job!

[@StudySessionYT]

Thank you very much, Im glad you found the video helpful!

[@paulschulze1293]

For the Gauss-Seidel method the matrix doesn‘t have to be ideally diagonally dominant. The iteration is also converging in the Matrix is symmetric positive definite.

[@LukasLoki-im8eo]

Really well explained

[@DASmallWorlds]

Excellent video series. Pardon my asking, but is there or do you intend to post a few videos on non-linear root finding methods like the expanded version of Newton's method? Thank you!

[@StudySessionYT]

We have non-linear root finding videos in this playlist, yes! Here is a link to the playlist!
Numerical Methods Course:
th-cam.com/play/PLDea8VeK4MUTOBXLpvx_WKtVrMkojEh52.html

[@AshishSingh-753]

Thanks

[@rcb7555]

thanks dude!

[@rahalabdelhak5370]

In my case , they have gave me an initial temperature 20°C so should I take the initial value 20 or as 0 !!?
I'm waiting for your answer pleasee

[@StudySessionYT]

Use the initial value given to you, so 20!

[@astronomer5589]

There is a mestake you should be put in inégalités strictement supérieur no or equal

[@AshishSingh-753]

Gauss Method

[@user-vg3qs8cx5h]

You made a mistake

[@hadron9703]

what should we do if matrix is not dominant for diagonally

[@DJosh-cs5vx]

Thanks