One Mathematical Cat, Please!
Understanding Calculus

Curious about Calculus?
Want honest content, but a bit ‘slower and kinder’ than traditional Calculus books?
Like the way I explain things in Algebra I, Geometry, Algebra II, and Precalculus?
Then, this book is for you.

It's a complete Calculus course.
You can read it online (free, below) or buy a printed version.

I call it the ‘warrior cat’ book because of the print-version cover (look left)!
(You can read about these four cats in my Mathematical Cat Gallery:
numbers 23, 24, 25 and 26.)

Read the ‘Warrior Cat’ Book For Free Online

Gone through my online curriculum through Precalculus?
Then, jump right into Chapter 3.

Haven't been using my lessons? No problem.
The first two chapters review essential material and introduce you to all the math language concepts you'll need.

This link is for the COMPLETE book (about 47 MB).
It's a BIG file, and may take time to load into your browser.
So, you may prefer individual sections below.
However, it's certainly easier to search for stuff when it's all in one place.
If it's useful to you, a small donation would be much appreciated (but certainly not necessary):

Print Version of the ‘Warrior Cat’ Book (and Complete Solution Manual) at Amazon

The PRINT version of the Warrior Cat book is for those of us
who like to highlight, write in margins, feel the paper between our fingers.

Both the online and print versions include selected solutions:
odd-numbered end-of-section exercises and Quick Quiz Problems.

For ALL the solutions, I also offer a Complete Solution Manual.
It includes completely-written-out solutions to:
  • all the in-section exercises
  • all the end-of-section exercises
  • all the sample tests
Understanding Calculus
(the main text)
Complete
Solution Manual

Calculus Index Cards

I also offer a set of Calculus Index Cards.
Hold the entire course in the palm of your hand!

READ THE ‘WARRIOR CAT’ BOOK:
UNDERSTANDING CALCULUS

The materials in green give unlimited online practice and/or supplement the text.
TABLE OF CONTENTS (i–ii)
PREFACE (iii–v)
ACKNOWLEDGEMENTS (vi)
STUDY STRATEGIES for Students of Mathematics (vii)
TABLE OF SYMBOLS (viii–ix)
CHAPTER 1. ESSENTIAL PRELIMINARIES
1.1 The Language of Mathematics—Expressions versus Sentences (1–11)
1.2 The Role of Variables (12–21)
1.3 Sets and Set Notation (22–28)
1.4 Mathematical Equivalence (29–38)
1.5 Graphs (39–53)
CHAPTER 2. FUNCTIONS
2.1 Functions and Function Notation (54–68)
2.2 Graphs of Functions (69–81)
2.3 Composite Functions (82–91)
2.4 One-to-One Functions and Inverse Functions (92–103)
SAMPLE TEST, Chapters 1 and 2 (104–107)
      Prerequisites for Precalculus (with solutions): also needed for Calculus!
      Average Rate of Change (great practice with function notation)
CHAPTER 3. LIMITS AND CONTINUITY
3.1 Limits—The Idea (108–119)
      Introduction to Limits
3.2 Limits—Making it Precise (120–132)
3.3 Properties of Limits (133–144)
3.4 Continuity (145–153)
3.5 Indeterminate Forms (154–159)
3.6 The Intermediate Value Theorem (160–170)
3.7 The Max-Min Theorem (171–178)
SAMPLE TEST, Chapter 3 (179–181)
CHAPTER 4. THE DERIVATIVE
4.1 Tangent Lines (182–192)
4.2 The Derivative (193–203)
4.3 Some Very Basic Differentiation Formulas (194–219)
      Basic Differentiation Shortcuts (differentiating constants and linear functions; the Simple Power Rule)
4.4 Instantaneous Rates of Change (220–227)
4.5 The Chain Rule (Differentiating Composite Functions) (228–238)
4.6 Differentiating Products and Quotients (239–248)
      Differentiation Formula Practice
      Mixed Differentiation Practice
      Mixed Differentiation Practice (strict parentheses version)
4.7 Higher Order Derivatives (249–256)
4.8 Implicit Differentiation (optional) (257–265)
4.9 The Mean Value Theorem (266–272)
SAMPLE TEST, Chapter 4 (273–275)
CHAPTER 5. USING THE INFORMATION GIVEN BY THE DERIVATIVE
5.1 Increasing and Decreasing Functions (276–286)
5.2 Local Maxima and Minima—Critical Points (287–298)
5.3 The Second Derivative—Inflection Points (299–308)
5.4 Graphing Functions—Some Basic Techniques (309–319)
5.5 More Graphing Techniques (320–329)
5.6 Asymptotes—Checking Behavior at Infinity (330–338)
SAMPLE TEST, Chapter 5 (339–341)
CHAPTER 6. ANTIDIFFERENTIATION
6.1 Antiderivatives (342–353)
6.2 Some Basic Antidifferentiation Formulas (354–361)
6.3 Analyzing a Falling Object (optional) (362–375)
6.4 The Substitution Technique for Antidifferentiation (376–384)
6.5 More on Substitution (385–390)
6.6 Integration By Parts (391–397)
SAMPLE TEST, Chapter 6 (398–400)
CHAPTER 7. THE DEFINITE INTEGRAL
7.1 Using Antiderivatives to Find Area (401–407)
7.2 The Definite Integral (408–417)
7.3 The Definite Integral as the Limit of Riemann Sums (418–422)
7.4 The Substitution Technique applied to Definite Integrals (423–427)
      Mixed Integration Practice
7.5 The Area Between Two Curves (428–435)
7.6 Finding the Volume of a Solid of Revolution—Disks (436–443)
7.7 Finding the Volume of a Solid of Revolution—Shells (444–449)
SAMPLE TEST, Chapter 7 (450–452)
ABBREVIATED SOLUTIONS: Odd-Numbered End-of-Section Exercises and Quick Quiz Problems
Chapter 1 (453–457)
Chapter 2 (458–462)
Chapter 3 (463–469)
Chapter 4 (470–476)
Chapter 5 (477–479)
Chapter 6 (480–482)
Chapter 7 (483–486)
INDEX (487–497)