Lagrange Interpolation | Numerical Methods

The video provides the intuition behind Lagrange Interpolation
-------------------------------------------------------------------------------------------------------
Acknowledgements:
-Special Thanks To:
www.youtube.co....
Check his channel out, for learning Manim
Thanks to:
github.com/3b1...
Created by Grant Sanderson:
www.3blue1brow...
www.youtube.co....

[@maysaraaljumaily]

Well done! You did a fantastic job with the animation and explaining the concept simply. Keep up the good work :)!

[@combatanalysis]

I just learned Lagrangian interpolation today and this just solidified the concept for me thank you so much

[@mosab643]

Beautifully done. The best video I have been able to find which goes over the derivation so simply intuitively.

[@lurkingherkin1223]

This method had me puzzled for a long time, now it's finally cleared up, thanks to you. Excellent explanation! Also cool python tricks, will definitely be using these.

[@paradiseexpress3639]

Thank you! You make life so much simpler.

[@TheRookieNerds]

Thanks, Glad I could help

[@rlhariharan11]

Very informative. Learnt a lot from you.

[@kacperksiazek8479]

great video Sir, thank you so much

[@motowakelmohammednour]

thank you very much ............ after tens of videos I finally get it from yours

[@saltyrodrick1306]

Really great video, thank you so much!

[@roastd]

Thank you very much for this beautifully visualized explaination! :)

[@standardcoder1184]

Simply amazing

[@standardcoder1184]

And I subscribed

[@vigneshn2962]

Ver clr explntn ! 🙂👌

[@artemvolsh387]

Great video, laconic and plain.

[@saadbhatti6877]

This is brilliant and genius!

[@pluto5987]

that was bloody gorgeous

[@riddhivekariya9086]

Woow such a wonderful way to actually understand whats happending

[@bukvajzr]

Incredible vizualization

[@damiangames1204]

very intuitive, great

[@abmohit3117]

Again , the best on youtube !

[@sabreensadhak2545]

Great work 🔥 😎 💯

[@lukasbilek4208]

Such an awesome way to explain, thank you, helped a lot

[@Adhithya2003]

Brilliant video. Video Request : Fourier series, deriving of Euler's constant.

[@TheRookieNerds]

Thank you, Grant, himself has covered these two topics. Fourier Series: kzbin.info/www/bejne/qGfWeIqKeLKtaM0 Euler's constant: kzbin.info/www/bejne/o2OweqN6p6tqe9U

[@Adhithya2003]

@@TheRookieNerds thanks for the reply, I meant Fourier series and derivation Euler's coefficient not Euler's constant.

[@alberto3071]

Priceless content!!

[@TheRookieNerds]

Thanks :)

[@saravanana1140]

very helpful👏

[@josef1523]

keep up the good work!

[@IV_Studio]

people take lectures to explain what you have just explained in less that 2 minutes

[@faisal_tarshon]

U made it very easy to understand thank you

[@hamzasaddour6027]

thanks!

[@josef1523]

TYSM!

[@ViD-ph8cn]

FINALLLYYY I VE GOT IT THANK YOU

[@NormalGrump]

dope

[@Azakadune]

Oh. Well that makes it simple. There’s this huge fucken capital Pi symbol in my textbook, no idea man.

[@stefan-eckhart]

Live me reaction: 🤯