Introduction

Sigma Notation

We introduce a new notation for arbitrarily many terms being added together in preparation for Riemann Sums later.

Antiderivative Intro

We discuss the antiderivative at a conceptual level before we dive into the mechanics.

Antiderivatives of Core Functions

We develop rules to quickly determine antiderivatives of most of our core functions.

Riemann Approximations

Area under the Curve

We discuss how to approximate the area under a curve.

Riemann Approximation Types

We discuss the various types of Riemann Approximation Endpoint Methods.

The Definite Integral!

Perfect Approximations!

We discuss how to approximate the area under a curve.

Condensing the Notation, the Indefinite Integral!

We develop the algebraic techniques to actually compute the perfect approximation of area under the curve.

The Indefinite Integral!

Indefinite Integral

We introduce the idea of the indefinite integral - all the antiderivatives!

Classes of Functions

“Indefinite Integrals are a class of functions” - What?

Fundamental Theorem of Calculus

First Theorem

We present the first fundamental theorem of calculus

Second Theorem

We present the second fundamental theorem of calculus

U-Substitution

U-Substitution

We introduce the method of U-Sub as a way to unravel a chain rule.

How to see a U-Sub

We give some hints and tips on how to see and predict where a U-Sub might help.

You can download a Certificate as a record of your successes.