## Main Question or Discussion Point

I am interested in taking multivariable calculus (MAT237) at UT but need to know if I have the neccessary knowledge to succeed in it. I have taken only "Calculus for Life Sci" (MAT135) but achieved a high A in it. The course covers everything from contunity to infinite series, but omits mostly all the proofs. I found the course super easy except for maybe the formal limit definition (which I still dont fully grasp) as well as IVT and MVT theorems and proofs. So I have a very good intuitive knowledge of single variable calculus, but don't know many of the theorems or how to prove them. My primitive guess is they will be repeated in the general or multivariable case, so that this wont hurt.

I got a taste of rigor with linear algebra, which was harsh at first but got better over time (although I still don't find many of the proofs convincing). Anyways, this advanced course uses Folland's Advanced Calculus and and covers the following topics: Euclidean Spaces and Vectors, Subsets of Euclidean Space, Limits and Continuity, Sequences, Completeness, Compactness, Connectedness, Uniform Continuity; Differential Calculus; Implicit Function theorem and applications; integral calculus; line and surface integrals with vector analysis; infinite series.

I have also never heard of any of the "hard theorems" or any applications of IVT. This course is rated hard by colleagues, and requires advanced calculus from year 1 or a high grade in life sci calculus (which I have). So with this kind of foundation, am I ready to take on Folland? Or should I just dumb it down to life sci calc II ?

Or should I take advanced single variable calc simultaneously with multi?

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mathwonk
Homework Helper
try reading posts 62-63 of who wants to be amathematician.
? seems to mean epsilon there.

try reading posts 62-63 of who wants to be amathematician.
? seems to mean epsilon there.
Looks like a text book. What exactly am I looking for?

Yeah I found it thanks, but it doesn't exactly answer any of my questions. I thought mathmeticians are suposed to be precise =P

HallsofIvy
Homework Helper
Ouch. I would consider the various forms of Green's theorem, divergence theorem, etc. essential for Advanced Calculus and you don't seem to have taken any multi-variable calculus.

Ouch. I would consider the various forms of Green's theorem, divergence theorem, etc. essential for Advanced Calculus and you don't seem to have taken any multi-variable calculus.
Its not required. The course is intended for second year students who will begin multivariable calc for the first time. Despite this, I independently learned some multivar calc like partial derivatives and limits.

mathwonk