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Multivariable Calculus

Thinking About Multivariable Functions

Visualizing Scalar-Valued Functions

Introduction to 3D Graphs.png
Interpreting Graphs with Slices.png

 

Contour Plots

Contour Plots.png

Visualizing Vector-Valued Functions

Parametric Curves.png
Parametric Surfaces.png
Vector Fields Introduction.png
3D Vector Fields Introduction.png

Derivatives of Multivariable Functions

Partial Derivatives

Graphical Understanding of Partial Deriv

Gradient and Directional Derivatives

Gradient and Graphs.png
Gradient and Contour Maps.png
Directional Derivatives and Slope.png

Differentiating Parametric Curves

Vector Valued Functions Differentiation.

Multivariable Chain Rule

Multivariable Chain Rule.png

Partial Derivatives of Vector-Valued Functions

Partial Derivative of a Parametric Surfa
Partial Derivatives of Vector Fields.png

Divergence & Curl

Divergence and Curling of Vector Fields.

Laplacian

The Laplacian.png

Jacobian

The Jacobian Matrix.png
The Jacobian Determinant.png

Applications of Multivariable Derivatives

Tangent Planes and Local Linearization

Tangent Planes.png
Local Linearization.png

Quadratic Approximations

Quadratic Approximation.png

Integrating Multivariable Functions

Line Integrals for Scalar Functions

Introduction to the Line Integral.png

Line Integrals in Vector Fields

Line Integrals and Vector Fields.png

Double Integrals

Double Integrals

Double Integrals.png
Double Integrals Over Non-Rectangular Re
Double Integrals Over Non-Rectangular Re

Triple Integrals

Triple Integrals.png

Surface Integrals

Surface Integrals.png
The Archimedes Method of Exhaustion.png
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