Math: High school & college
Ages 14-18
β Media ready
Multivariable calculus
Learn multivariable calculusβderivatives and integrals of multivariable functions, application problems, and more.
5 units
51 lessons
175 videos
11 on CDN
First 3 lessons are free
Unlock every lesson with Pro β
watch the rest of this course and all others. Create free account Go Pro
watch the rest of this course and all others. Create free account Go Pro
Unit 2 Thinking about multivariable functions
Unit 3 Derivatives of multivariable functions
1
Partial derivatives
π Pro
3
Gradient and directional derivatives
π Pro
4
Partial derivative and gradient (articles)
π Pro
6
Differentiating parametric curves
π Pro
7
Multivariable chain rule
π Pro
9
Curvature
π Pro
10
Partial derivatives of vector-valued functions
π Pro
11
Differentiating vector-valued functions (articles)
π Pro
12
Divergence
π Pro
14
Curl
π Pro
15
Divergence and curl (articles)
π Pro
17
Laplacian
π Pro
18
Jacobian
π Pro
14
Green's, Stokes', and the divergence theorems: Unit test
π Pro
Unit 4 Applications of multivariable derivatives
Unit 5 Integrating multivariable functions
1
Line integrals for scalar functions
π Pro
2
Line integrals for scalar functions (articles)
π Pro
3
Line integrals in vector fields
π Pro
4
Line integrals in vector fields (articles)
π Pro
6
Double integrals
π Pro
7
Double integrals (articles)
π Pro
9
Triple integrals
π Pro
10
Change of variables
π Pro
12
Polar, spherical, and cylindrical coordinates
π Pro
13
Surface integral preliminaries
π Pro
14
Surface integrals
π Pro
15
Surface integrals (articles)
π Pro
17
Flux in 3D
π Pro
18
Flux in 3D (articles)
π Pro
Unit 6 Green's, Stokes', and the divergence theorems
1
Formal definitions of div and curl (optional reading)
π Pro
2
Green's theorem
π Pro
3
Green's theorem (articles)
π Pro
4
2D divergence theorem
π Pro
6
Stokes' theorem
π Pro
7
Stokes' theorem (articles)
π Pro
8
3D divergence theorem
π Pro
9
Divergence theorem (articles)
π Pro
11
Proof of Stokes' theorem
π Pro
12
Types of regions in three dimensions
π Pro
13
Divergence theorem proof
π Pro