Calculus 3 Camp

Topics explored in this course includes vector and vector functions in 2D and 3D, multivariable differential calculus, and double integrals in both the Cartesian and Polar coordinate planes.

9 topics

121 lectures

Educators

Camp Curriculum

Vectors
6 videos
The Dot Product
5 videos
The Cross Product
5 videos
Lines and Planes in Space
5 videos
Vector Valued Functions
16 videos
Multivariate Functions
21 videos
Multivariable Optimization
16 videos
Multiple Integrals
21 videos
Vector Fields
26 videos

Lectures

03:20
Multivariable Optimization

Multivariable Optimization - Intro

Matt Just
29:31
Multivariable Optimization

The Gradient Vector and Tangent Planes - Overview

Matt Just
04:58
Multivariable Optimization

The Gradient Vector and Tangent Planes - Example 1

Matt Just
04:59
Multivariable Optimization

The Gradient Vector and Tangent Planes - Example 2

Matt Just
03:29
Multivariable Optimization

The Gradient Vector and Tangent Planes - Example 3

Matt Just
05:42
Multivariable Optimization

The Gradient Vector and Tangent Planes - Example 4

Matt Just
33:18
Multivariable Optimization

Extrema of Functions - Overview

Matt Just
01:38
Multivariable Optimization

Extrema of Functions - Example 1

Matt Just
06:52
Multivariable Optimization

Extrema of Functions - Example 2

Matt Just
09:20
Multivariable Optimization

Extrema of Functions - Example 3

Matt Just
06:47
Multivariable Optimization

Extrema of Functions - Example 4

Matt Just
07:55
Multivariable Optimization

Lagrange Multipliers - Overview

Matt Just
04:57
Multivariable Optimization

Lagrange Multipliers - Example 1

Matt Just
06:55
Multivariable Optimization

Lagrange Multipliers - Example 2

Matt Just
04:59
Multivariable Optimization

Lagrange Multipliers - Example 3

Matt Just
08:13
Multivariable Optimization

Lagrange Multipliers - Example 4

Matt Just