Overview
Syllabus
9.1-1 - Domains and Graphs.
9.1-2 - The Distance Formula and the Equation of the Sphere.
9.1-3 - Traces and Level Curves.
9.2-1 - Introduction to Vectors.
9.2-2 - The Arithmetic of Vectors.
9.2-3 - The Magnitude of Vectors.
9.3-1 - Introduction to the Dot Product.
9.3-2 - Applications of the Dot Product.
9.4-1 - Introduction to the Cross Product.
9.4-2 - Properties of the Cross Product.
9.5-1 - Lines in Space.
9.5-2 - Planes in Space.
9.6-1 - Vector Valued Functions.
9.7-1 - Derivatives of Vector Functions.
9.7-2 - Integrals and Projectile Motion.
9.8-1 - Arc Length and the Arc Length Parameter.
9.8-2 - Curvature.
10.1-1 - Limits and Continuity.
10.2-1 - First Order Partial Derivatives.
10.3-1 - Second Order Partial Derivatives.
10.4-1 - Tangent Planes.
10.4-2 - Differentials.
10.5-1 - The Chain Rule.
10.6-1 - The Directional Derivative.
10.6-2 - The Gradient.
10.7-1 - First and Second Derivative Tests.
10.7-2 - Restricted Domains.
10.8-1 - Lagrange's Theorem.
11.1-1 - Double Integrals over Rectangles.
11.2-1 - Iterated Integrals.
11.3-1 - Double Integrals over General Regions.
11.4-1 - Areas and Masses.
11.4-2 - Center of Mass.
11.4-3 - Joint Probability Density Functions.
11.5-1 - Polar Coordinates.
11.6-1 - Parametric Surfaces and Surface Area.
11.7-1 - Triple Integrals.
11.8-1 - Cylindrical Coordinates.
11.8-2 - Spherical Coordinates.
11.9-1 - Change of Variables.
Taught by
The Math Repository