Interpolation - Lagrange Polynomials 

Those who came up with all these math stuff in the very first place must be deep, deep into a dark world which called Mathematic. We're already pulling out hairs just to learn it, not to invent it.

that was amazing !!!!!! bro you're one of the best !! I understand it very nice by considering this I'm not enough good at english I searched on internet about how to make a function with points and most of websites were talking about regression method but I saw a website that said Lagrange polynomials I didn't understand that but I figured out that is more better then regression because regression is just a line function but I need a curve function and I searched and google gave me the best video that was yours :) Thank you so much now I can use it for my projects

Thank you so much for the videos. I’m watching all your videos about interpolation. Now classes are cancelled, and I have to self-study new material, and thanks to your videos about interpolation I understand everything. Thanks a lot.

Thank you very much for creating producing these lessons. I am a 2nd year computer science student and we have got a calculus and numerical method module. There were so many doubts regarding the module before watching this video series. Now every thing is sorted. Thank you very much!

I am a mathematics teacher and must say you are amazing 😊

i would pay to watch this stuff, keep up the good work.

im subscribing...........thanks a lot. i was having hard time to understand these topics

This video is so so explanatory. Thank you so much.

Thanks for the explanation. It really helps a lot to get a good understanding. Keep doing these videos! Subscribed ✌️

Hey that was amazing, Thanks a bunch. I just subscribed as well

Hi, Thank you for the excellent videos. I am confused about something. In your last video about vandermonde matrix, the problem was to determine the coefficients of interpolation for a basis set of [1, x, x^2...x^n]. This eventually involved a matrix inversion of the basis matrix to obtain the coefficients. In comparison, here I do not see any matrix inversions at all. This is because you have 'implicitly' assumed that the interpolation coefficients are the y0...yn values. Whys is this so? Thanks!

great video, thank you very much

Thank you very much, you have a very nice explanation, keep going.

This video was very good thank you and keep up the good work

Thanks man this really helped!

what about L1(x) I know it is not relevant to this example but how do we set up L1(x) equation

Thanks a lot! Really clear explanation.

Thank you, so clear!

Great Video, keep it up

Do you have any video that explains why does this work?

appreciated. thank you.

Sir I'm subscribing

Can you show how you calculated L0?

Thanks man!

it's a good video, but the writings are very blurry, can't see anything at all

So good THX

tysm

thanks

will never understand math.