Multivariable Calculus

read a book brainlet

>>8768052
Read up on differential forms first and vector calculus becomes trivial

>>8768065
thanks

http://patrickjmt.com/#calculus

http://tutorial.math.lamar.edu/Classes/CalcIII/CalcIII.aspx

>>8768116
Don't link that brainlet's material pls. Kid literally reads out of Stewart calculus, only doing already worked problems in the process, and then posts them online like they're helpful

If you want a rigorous course in multi variable lookup professor Leonard. There are 30 videos and each lecture is about 2-3 hours, but he covers the material completely. There is never a "where did this come from?" moment.

>>8768126
Jesus dude, did he fuck your GF or something?

>>8768052
I don't remember where to find it, but there is a series of video lectures on youtube that gives a combined treatment of Linear Algebra and Multivariable Calculus (including differential forms). It looked quite good.

>>8768150
You're probably thinking of Shifrin's lectures.

>>8768065

what do you recommend for differential forms?

>>8768052
Mutli what now
I took this in Electromagnetics

>>8768052

Is this generally considered Calculus III? I'm from a different part of the world and at my college they call it just "Mathematics" so I'm having a hard time finding specific books about it in English.

>>8768177
(not him)
Tu - An Introduction to Manifolds
Rudin - Principles of Mathematical Analysis
Bachman - A Geometric Approach to Differential Forms
Spivak - Calculus on Manifolds

Are some books that cover differential forms / rigorous multivariable calculus.
(Differential forms are a necessary abstraction needed for calculus on a manifold.)

how do i multicalculas variables?

>>8768177
Vector Analysis by Janich is good

>>8768150
Can you please find it? I've been looking for something like this.

>>8770729
This guy >>8768164 was right.

https://www.youtube.com/playlist?list=PL5I-Eyk8l9FHdJUd9UujGcvumjCFPHbrd

>>8770735
Thank you anon!

>>8768177
>>8768052

I'd still recommend doing a rough overview of vector/mv calc first before diving into differential forms. Just go through the important stuff like partial derivatives, total differentials, change of variable, line/surface integrals, and the gist of stokes+gauss theorem. Don't bother too much with the proofs for the last two since you can understand them intuitively once you do differential geometry.

You should check out Khan Academy. Really great videos on anything and everything =)

>>8768131
Based Leonard

>>8768131
This. Also biceps.

>>8768131
>>8771945
>>8770764
That guy looks like Mike Ermantraut

>>8768126
He helped me alot man, cut the dude some slack

https://www.youtube.com/playlist?list=PL283CA2107AD503A3

good lessons from australian academic