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AP Calculus - Comprehensive Course Collection

North Carolina School of Science and Mathematics via YouTube

Overview

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Learn advanced calculus concepts through this comprehensive video collection covering all major topics in AP Calculus AB and BC curricula. Master fundamental concepts starting with functions, relations, and transformations before progressing to limits and derivatives. Explore derivative formulas, the chain rule, product and quotient rules, and apply these concepts to solve related rate problems and optimization challenges. Develop skills in implicit differentiation, linear approximations, and L'Hôpital's rule while understanding the precise mathematical definitions underlying calculus principles. Study integration techniques including definite integrals, separable differential equations, and various methods such as integration by parts, partial fractions, and trigonometric substitutions. Analyze applications of integration through calculating areas between curves, volumes using cross-sections, discs and washers, and working with polar coordinates. Advance to series and sequences, learning convergence tests, telescoping series, ratio tests, and alternating series tests. Conclude with parametric equations, Taylor and Maclaurin series expansions, and determining radius and intervals of convergence for power series, providing a complete foundation for college-level calculus and advanced mathematical studies.

Syllabus

Functions and Relations
Transformations of Functions
Attributes of Graphs
Function Attributes
Measuring Speed: Part 1
Measuring Speed: Part 2
Introduction to Limits
Derivative Formulas at a Point
Precise Definition of a Limit
Product and Quotient Rules
The Chain Rule
Related Rate Problems
Derivatives of Implicit Relations
Linear Approximations & Differentials
L'Hopital's Rule
Maximum and Minimum Values
Optimization and Modeling
Continuous and Differentiable Functions
Slope Fields
How to Measure Distance Traveled
Definite Integral
Definite Integral Interpretation
Separable Differential Equations
Growth and Decay
Modeling using Separable Differential Equations
Area Between Two Curves
Volumes using Cross Sections
Volumes Using Discs and Washers
Areas in Polar Coordinates
Polar Coordinates, Polar Equations, and Polar Graphs
Integration by Parts
Method of Partial Fractions
Trigonometric Substitutions
Improper Integrals
Telescoping Series
Series Tests for Convergence
More Tests for Convergence
Ratio/Alternating Series Test
Udu Substitutions
Introduction to Parametric Equations
Radius and Interval of Convergence
Taylor/Maclauren Polynomial Centered at 0
Taylor/Maclauren Series: Geometric and Binomial Part 1
Taylor/Maclauren Series: Geometric and Binomial Part 2

Taught by

North Carolina School of Science and Mathematics

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