Calculus X: College and AP Calc Test Prep and Tools

If you’re a busy student, finding enough time to study for each calculus exam is a challenge. We have used the latest developments in educational psychology to build an app that maximizes productivity and helps you learn and do calculus as quickly as possible.

Calculus X currently features the content of a full semester-long course on differential calculus. Integral calculus coming soon!


WHAT’S INCLUDED:

-Over 300 multiple choice questions with detailed solutions.
These conceptual based questions help you to learn calculus in a deep and intuitive way. They can all be answered without a calculator, pen or paper; making the study process as mobile as possible.

-Over 30 free response questions covering the most important topics from intro calculus.

-Over 30 beautiful 720p videos which solve all the free response questions.
These concise videos were designed specifically for the mobile device and solve the problems clearly and systematically in order to develop your problem solving intuition. They use narration and detailed visual guidance to increase understanding of the solution method.

-Extensive formula sheets accompany each chapter for quick access to all formulas from intro calculus, and all the necessary formulas from pre-calculus.

-Fun and easy-to-use scratch pad allows you to do calculations on the fly, without the need for pencil and paper.

-Reference materials include: trigonometric identities, differentiation rules, limit laws, key theorem statements, derivatives of all common functions, and more.


WHO THE APP IS FOR:

- Students taking AP calculus in high school
- Students taking intro calculus in college
- Students studying for exams in different fields who need to review calculus
- Anybody interested in learning calculus


TOPICS COVERED:

Limits Intuition
Limit Operations
Factoring and Limits
Rationalizing and Limits
The Squeeze Theorem
Vertical Asymptotes
Horizontal Asymptotes
Relative Magnitude
One-Sided Limits
Continuity Intuition
Limit Definition of Continuity
Examples of Continuous Functions
The Composition Theorem
The Intermediate Value Theorem
Derivatives Intuition
Limit Definition of the Derivative
Derivative Operations
The Power Rule
The Quotient Rule
Differentiating Trigonometric Functions
The Chain Rule
Differentiating Exponential and Logarithmic Functions
Logarithmic Differentiation
Implicit Differentiation
Tangent Lines
Related Rates
Linear Approximation
Higher Order Derivatives
Maxima and Minima
Optimization
The Mean Value Theorem
L’Hopital’s Rule

+ More sections on sequences, series and integration coming soon!


ABOUT US:

The educational content developers are PhD and university students at the University of Chicago. The software developers are former students of the University of Chicago.