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Multivariable Calculus

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Thinking About Multivariable Functions

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Visualizing Scalar-Valued Functions

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Introduction to 3D Graphs

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

 

Contour Plots

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Contour Plots.png

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Visualizing Vector-Valued Functions

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Parametric Curves

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

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Derivatives of Multivariable Functions

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Partial Derivatives

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Graphical Understanding of Partial Deriv

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Gradient and Directional Derivatives​

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Gradient and Graphs

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

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Differentiating Parametric Curves

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Vector Valued Functions Differentiation.

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Multivariable Chain Rule

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Multivariable Chain Rule.png

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Partial Derivatives of Vector-Valued Functions

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

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Divergence & Curl

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Divergence and Curling of Vector Fields.

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Laplacian

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The Laplacian

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The Laplacian.png

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Jacobian

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The Jacobian Matrix

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The Jacobian Matrix.png
The Jacobian Determinant.png

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Applications of Multivariable Derivatives

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Tangent Planes and Local Linearization

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Tangent Planes

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Tangent Planes.png
Local Linearization.png

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Quadratic Approximations

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Quadratic Approximation.png

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Integrating Multivariable Functions

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Line Integrals for Scalar Functions

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Introduction to the Line Integral.png

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Line Integrals in Vector Fields

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Line Integrals and Vector Fields.png

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Double Integrals

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Double Integrals

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

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Triple Integrals

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Triple Integrals

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Triple Integrals.png

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Surface Integrals

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Surface Integrals

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Surface Integrals.png
The Archimedes Method of Exhaustion.png
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