Surface integral of a function

In this video, I calculate the surface integral of a function f over a surface S, which calculates the volume under the graph of f and over the surface S. It's kind of like a curved version of a double integral! For this, I'm using the parallelogram dS defined in the previous video. Enjoy!

[kanehtube]

I was searching for visualization of surface integral. Now this video gave me the concept👍 thanks🙏

[mandeepubhi]

Very Beautiful and elegant approach of teaching. Could you illustrate the geometrical interpretation of lagrange multipliers. 😀

[tomatrix]

Best teacher ever, in my own humble opinion🤫

[dhunt]

Cool! Good thing you have enough charges on your wand of cancellation to get all the simplifications!

[bandamkaromi]

I do not have a talent of fast calculation. But I can afford to try your way and enjoy it. Thank you, Dr. Peyam. ;)

[momonga.]

You're so wholesome man! Great explanation it's helped me prepare for vector calc final, also Eid Mubarak.

[gerardsagliocca]

I noticed you use unand v as your independent variables. Can you use x and y instead ??

[georgecooper]

Great video! Will you be doing flux integrals soon?

[tatjanagobold]

heck that was amazing! Yet I am not sure what exactly this result means right now :D

[michaelempeigne]

what are the advantages of the runge-kutta method ?

[racimeexe]

I coudn't find it damn more work is need