Functions of several variables and theirs applications; Vector algebra in three dimensions; Polar coordinates; Calculus of real-valued functions of two variables; Differentiation and integration of real-valued and vector-valued functions of multiple real variables; Introduction to line integrals; Lines, planes and surfaces in three-dimensional space; Calculus of real–valued functions in three dimensional space; Principal theory for applications such as Green’s theorem, divergence theorem, Gauss theorem, Stokes theorem, etc.

Calculus 2 Round 3

Functions of several variables and theirs applications; Vector algebra in three dimensions; Polar coordinates; Calculus of real-valued functions of two variables; Differentiation and integration of real-valued and vector-valued functions of multiple real variables; Introduction to line integrals; Lines, planes and surfaces in three-dimensional space; Calculus of real–valued functions in three dimensional space; Principal theory for applications such as Green’s theorem, divergence theorem, Gauss theorem, Stokes theorem, etc.