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I have lecture notes on several variable calculus. But it omits many proofs as the subject is so large, and for example the Taylor's formula was given only in a special case. Is there a rigorous book to fill the details, or should a student just fill the details as he or she sees something that is omitted?

Lecture notes contains the euclidean space $\mathbb R^n$, real valued functions on $\mathbb R^n$, vector-valued functions, integrals in a plane and in higher dimensional spaces and integral formulas, like path integral, Green's formula in a plane, exact vector fields, surface integrals, Gauss's theorem, and Stokes's theorem.

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  • It seems that most of them can be found in Rudin's Principle of mathematical analysis. But one really need some mathematical maturity to master the book. –  Nov 05 '15 at 12:44
  • C.H. Edwards - Advanced Calculus of Several Variables is an excelent book of multivariable calculus, but as formal as a book of multivariable analysis. – 園田海未 Nov 05 '15 at 13:01

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