Why Use This Site?

Beyond Calculus is an online video-based textbook that provides support to students taking AP Calculus AB. Are you sitting at home wracking your brains over your homework, and need help? Try watching the videos in whatever section you are stumped. Is your math class going too fast? The instructional videos on this site may just provide the understanding you need to excel. Cramming for the AP exam or a final? Why not review by going through this e-book? You will find instructional videos here rather than academic text.

How to Use This Site

Each section of Calculus A and B is organized in the table of contents. Click on any topic to view that particular lesson. Videos are organized to enhance understanding. The first video provides a big-picture view of the topic, and each subsequent video provides the user with more difficult examples. For the best experience, It is suggested that you press pause when you need to think about a concept. Rewatch videos if necessary, and you will be amazed at your level of understanding by the end.

There are practice problems below each set of videos for you to test your knowledge.

Pre-Calculus

Graphing and Writing Linear Equations

Solving Polynomial Equations

Functions and Domain

Graphing and Writing Piece-Wise Functions

Topic in Trigonometry

Exponentials and Logarithms

Limits and Continuity

Limits: Tier One: Plug It in

Limits: Tier Two: Algebra Gymnastics

Limits: Tier Three: Vertical Asymptote

Properties of Limits

Continuity

The Intermediate Value Theorem

Limits to Infinity and End Behavior

Analyzing the Global Behavior of Functions Using Limits

Derivatives

The Definition of the Derivative

Tangent Lines and Normal Lines

Differentiability

Properties of Derivatives

Power Rule

Derivatives of Different Types of Functions

Product Rule

Quotient Rule

Chain Rule

Implicit Differentiation

Derivatives of Inverse Functions

Derivatives and Physics

Applications of Derivatives

The Derivative as a Rate of Change

Increasing and Decreasing

Relative and Absolute Maximum and Minima

First Derivative Analysis

Concavity and Inflection Points

First and Second Derivative Analysis

The Graphical Interpretations of f, f ', and f ''

The Mean Value Theorem

Optimization

Related Rates

Linearization

L'Hospital's Rule

Integrals

Approximating Integrals Using the Riemann Approximation Method (LRAM, RRAM, and MRAM)

Approximating Integrals Using Trapezoidal Rule

The Definition of the Integral with Notation

Integration Using Known Geometric Areas

Anti-Derivatives

The Definite Integral

The Fundamental Theorem of Calculus Part I

Integration by Substitution

Slope Fields

Initial Value Problems

Solving First Order Separable Differential Equations

Applications of Integrals

Modeling Exponential Growth and Decay

Using the Integral to Find Net Change

Net Change and Physics

Finding Areas Between Curves

Finding Volumes: Constructing Cross Sections on a Base

Finding Volumes: Solids of Revolutions Using Disc Method

Finding Volumes: Solids of Revolutions Using Washer Method