List of Symbols | p. viii |
Introduction | p. ix |
The Slope of the Tangent Line | p. 1 |
The Graph of the Train's Position | p. 2 |
Function Machines | p. 3 |
Slope of a Line | p. 6 |
Slope of a Secant Line | p. 7 |
Slope of a Tangent Line | p. 8 |
Tangent Slope for y = x[superscript 2] | p. 10 |
Worksheet: Slope of a Secant Line | p. 11 |
Exercises | p. 11 |
Calculating Derivatives | p. 13 |
Definition of Derivative | p. 14 |
Derivative of a Constant Function | p. 15 |
Derivative of a Straight-Line Function | p. 17 |
Derivative of y = cx[superscript 2] | p. 18 |
Derivative of a Sum | p. 21 |
Derivative of y = x[superscript 3] | p. 22 |
Derivative of y = x[superscript n] | p. 23 |
Worksheet: Derivatives of Polynomials | p. 26 |
Exercises | p. 28 |
Drawing Curves with Derivatives | p. 31 |
Horizontal Tangents | p. 32 |
The Derivative of the Derivative | p. 35 |
The Professor's Bug and the Meaning of the Second Derivative | p. 36 |
Concave-up and Concave-down Curves | p. 37 |
The Spilled Water | p. 38 |
Local Maximum Points | p. 39 |
Worksheet: Maximum and Minimum Points | p. 40 |
Points of Inflection | p. 41 |
Worksheet: Local Maximum and Minimum Points | p. 42 |
Exercises | p. 47 |
Derivatives of Complicated Functions | p. 49 |
Multiplied Functions | p. 51 |
The Product Rule | p. 55 |
Embedded Functions | p. 55 |
The Chain Rule | p. 58 |
Fractional Exponents | p. 58 |
Implicit Functions | p. 59 |
The Power Rule | p. 61 |
Worksheet: The Product Rule | p. 61 |
Exercises | p. 64 |
Derivatives of Trigonometric Functions | p. 66 |
The Gremlin's Horrible Oscillating Chicken-Scaring Machine | p. 67 |
Trigonometeris' Sine Function | p. 68 |
The Derivative of the Sine Function | p. 73 |
The Derivative of the Cosine Function | p. 74 |
Derivatives of Other Trigonometric Functions | p. 75 |
Worksheet: Derivatives of Trigonometric Functions | p. 76 |
Exercises | p. 77 |
Optimum Values and Related Rates | p. 79 |
Differentiation and the Get-Rich-Quick Scheme | p. 80 |
The Optimum-size Box | p. 81 |
Carmorra Magazine and the Optimum Subscription Price | p. 82 |
The Birthday Party Balloon | p. 85 |
The National Park Beach Lifeguard and the Racing Shadow | p. 86 |
Exercises | p. 88 |
The Integral: A Backward Derivative | p. 91 |
Recordis' Exhaustion and the Story of Rutherford | p. 91 |
Differentiating Backwards | p. 92 |
The Antiderivative or the Integral | p. 93 |
Discovering the Indefiniteness of an Indefinite Integral | p. 93 |
Using an Initial Condition to Track Down Rutherford | p. 94 |
Differentials | p. 96 |
The Integral Sign | p. 96 |
Sum Rule for Integrals | p. 98 |
Multiplication Rule for Integrals | p. 99 |
Perfect Integral Rule | p. 100 |
Power Rule for Integrals | p. 101 |
Worksheet: Integrals of Polynomials | p. 102 |
Worksheet: Integration by Substitution | p. 104 |
Exercises | p. 105 |
Finding Areas with Integrals | p. 108 |
Recordis' Pools and the Magic Crystal Water Rate Increase | p. 108 |
Summation Notation | p. 110 |
The Curve's Area Defined as a Limit | p. 112 |
The Gremlin's Terrible Fire-and-Water Threat | p. 112 |
The Mysterious Function A(x) | p. 113 |
The Derivative of A(x) | p. 114 |
Fundamental Theorem of Integral Calculus | p. 115 |
Discovering the Definiteness of Definite Integrals | p. 116 |
Worksheet: Definite Integrals | p. 117 |
Exercises | p. 119 |
Natural Logarithms | p. 122 |
The Unfortunate Accident with Some Beads | p. 123 |
The Power Rule Breakdown: n = -1 | p. 124 |
The Mysterious Function L(a) | p. 125 |
Some Properties of L(a) | p. 126 |
Substitution Method for Evaluating Definite Integrals | p. 128 |
Remembering Logarithms | p. 128 |
The Derivative of the Logarithm Function | p. 129 |
The Fundamental Number e | p. 130 |
Worksheet: Derivatives and Integrals with Logarithms | p. 132 |
Exercises | p. 135 |
Exponential Functions and Integration by Parts | p. 137 |
The Graph of the Logarithm Function | p. 138 |
Pal's Stumble and the Inverse Function | p. 138 |
The Exponential Function and the Professor's Amazing Income | p. 139 |
The Indestructible Function e[superscript x] | p. 141 |
Differentiation of Exponential Functions | p. 142 |
The Method of Logarithmic Implicit Differentiation | p. 142 |
The Integral of the Logarithm Function | p. 144 |
The Method of Integration by Parts | p. 146 |
Worksheet: Integration by Parts | p. 148 |
Exercises | p. 151 |
Integration by Trigonometric Substitution | p. 153 |
The Elliptical Rose Garden | p. 153 |
The Ellipse Area Integral | p. 154 |
Trying a Trigonometric Substitution | p. 155 |
The Area of the Ellipse | p. 158 |
The Method of Trigonometric Substitution | p. 158 |
Derivatives of Inverse Trigonometric Functions | p. 160 |
Worksheet: Integration by Trigonometric Substitution | p. 163 |
Exercises | p. 164 |
Integration by Partial Fractions | p. 167 |
The Red-and-Yellow Fireworks Problem | p. 169 |
The Integral of the Secant Function | p. 174 |
Worksheet: Partial Fractions | p. 175 |
Partial Fractions with Quadratic Denominators | p. 179 |
The Method of Partial Fractions | p. 185 |
Exercises | p. 185 |
Finding Volumes with Integrals | p. 190 |
The Pancake Method of Approximating Volume | p. 192 |
The Amazing Resemblance Between the Continuous Sum and the Definite Integral | p. 193 |
The Volume of the Paraboloid | p. 194 |
Finding Volumes with Cylindrical Shells | p. 197 |
Worksheet: Volume | p. 199 |
Exercises | p. 203 |
Arc Lengths, Surface Areas, and the Center of Mass | p. 205 |
The Straight-line Approximation for a Curve | p. 206 |
The Integral for Arc Lengths | p. 208 |
The Frustum Method of Finding Surface Areas | p. 213 |
The Center of Mass of the Concert Hall Stage | p. 215 |
Exercises | p. 219 |
Introduction to Differential Equations | p. 221 |
The Oscillating Ride and the Ordinary Differential Equation | p. 222 |
Linear Differential Equations | p. 224 |
The Force of Friction and the Damped Sine Wave | p. 231 |
Solution Method for Second-order Linear Homogeneous Constant-Coefficient Differential Equations | p. 233 |
The Driving Force and the Nonhomogeneous Equation | p. 234 |
Resonance and the Infinite Amplitude Ride | p. 240 |
Exercises | p. 241 |
Partial Derivatives and Vectors | p. 243 |
The Two-variable Magazine Subscription Problem | p. 243 |
Partial Derivatives | p. 245 |
The Dome | p. 246 |
Graphs of Functions of Two Variables | p. 247 |
The Gradient Vector | p. 248 |
The Sleigh Ride and the Falling Basket Ride | p. 250 |
Work, Kinetic Energy, and Potential Energy | p. 251 |
Describing Motion: The Position Vector as a Function of Time | p. 252 |
The Derivative of a Vector: Velocity | p. 254 |
The Dot Product of Two Vectors | p. 255 |
Circular Motion | p. 256 |
The Force Vector as the Gradient of the Potential Energy Function | p. 256 |
The Chain Rule for Vector Functions | p. 257 |
The Potential Energy for Gravity | p. 258 |
Exercises | p. 262 |
Numerical Methods, Taylor Series, and Limits | p. 268 |
The Problem Closet Break-in and the Gremlin's Secret Plan | p. 268 |
The Intractable Elliptic Integral | p. 272 |
The Height of the Children and the Area Under the Bell-shaped Normal Curve | p. 272 |
Approximating the Area with Rectangles | p. 273 |
Numerical Integration | p. 278 |
Approximating a Function with an Infinite Series of Derivatives | p. 281 |
Taylor Series | p. 283 |
Visualizing Differential Equations with Slope Fields | p. 284 |
The Ups and Downs of the Space Probe | p. 285 |
Euler's Method for Finding Numerical Solutions to Differential Equations | p. 287 |
The Formal Definition of Limit | p. 288 |
Continuous Curves | p. 289 |
L'Hopital's Rule for Finding Otherwise Unobtainable Limits | p. 291 |
Exercises | p. 293 |
Comprehensive Test of Calculus Problems | p. 296 |
The Return of the Gremlin | p. 296 |
The 45 Problems | p. 297 |
The Solutions | p. 301 |
Stanislavsky Guide to Calculus | p. 322 |
Answers to Worksheets and Exercises | p. 326 |
Summary of Trigonometric Formulas | p. 391 |
Brief Table of Integrals | p. 396 |
Glossary | p. 401 |
Index | p. 402 |
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