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Preface xi
PART ONE A LIBRARY OF ELEMENTARY FUNCTIONS 1
CHAPTER 1 A Beginning Library of Elementary Functions 3
1-1   Introduction to Graphing Utilities 3
1-2   Functions 18
1-3   Elementary Functions: Graphs and Transformations 35
1-4   Linear Functions and Straight Lines 47
1-5   Quadratic Functions 64
Chapter 1   Group Activity: Mathematical Modeling in Business 79
Chapter 1   Review 80

CHAPTER 2

Additional Elementary Functions

87
2-1   Polynomial and Rational Functions 87
2-2   Exponential Functions 102
2-3   Logarithmic Functions 116
2-4   Modeling Data Using Regression Techniques 129
Chapter 2   Group Activity: Profit and Loss Analysis 137
Chapter 2   Review 138

PART TWO

CALCULUS

143
CHAPTER 3 The Derivative 145
3-1   Rate of Change and Slope 146
3-2   Limits 160
3-3   The Derivative 183
3-4   Derivatives of Constants, Power Forms, and Sums 199
3-5   Derivatives of Products and Quotients 214
3-6   Chain Rule: Power Form 223
3-7   Marginal Analysis in Business and Economics 233
Chapter 3   Group Activity: Minimal Average Cost 245
Chapter 3   Review 247

CHAPTER 4

Graphing and Optimization

253
4-1   Continuity and Graphs 254
4-2   First Derivative and Graphs 273
4-3   Second Derivative and Graphs 293
4-4   Curve Sketching Techniques: Unified and Extended 310
4-5   Optimization; Absolute Maxima and Minima 331
Chapter 4   Group Activity: Maximizing Profit 345
Chapter 4   Review 346

CHAPTER 5

Additional Derivative Topics

351
5-1   The Constant e and Continuous Compound Interest 351
5-2   Derivatives of Logarithmic and Exponential Functions 359
5-3   Chain Rule: General Form 373
5-4   Implicit Differentiation 385
5-5   Related Rates 393
Chapter 5   Group Activity: Elasticity of Demand 401
Chapter 5   Review 402

CHAPTER 6

Integration

405
6-1   Antiderivatives and Indefinite Integrals 405
6-2   Integration by Substitution 421
6-3   Differential Equations—Growth and Decay 434
6-4   Geometric–Numeric Introduction to the Definite Integral 447
6-5   Definite Integral as a Limit of a Sum; Fundamental Theorem of Calculus 464
Chapter 6   Group Activity: Simpson's Rule 488
Chapter 6   Review 458

CHAPTER 7

Additional Integration Topics

499
7-1   Area Between Curves 499
7-2   Applications in Business and Economics 511
7-3   Integration by Parts 525
7-4   Integration Using Tables 532
Chapter 7   Group Activity: Analysis of Income Concentration from Raw Data 540
Chapter 7   Review 541

CHAPTER 8

Multivariable Calculus

545
8-1   Functions of Several Variables 545
8-2   Partial Derivatives 556
8-3   Maxima and Minima 565
8-4   Maxima and Minima Using Lagrange Multipliers 575
8-5   Method of Least Squares 586
8-6   Double Integrals Over Rectangular Regions 598
Chapter 8   Group Activity: Double Integrals Over More
General Regions 609
Chapter 8   Review 610

CHAPTER 9

Differential Equations

615
9-1   Basic Concepts 615
9-2   Separation of Variables 627
9-3   First-Order Linear Differential Equations 640
Chapter 9   Group Activity: Euler's Method 653
Chapter 9   Review 657

CHAPTER 10

Trigonometric Functions

661
10-1   Trigonometric Functions Review 662
10-2   Derivatives of Trigonometric Functions 673
10-3   Integration of Trigonometric Functions 678
Chapter 10   Group Activity: Seasonal Business Cycles 684
Chapter 10   Review 684

APPENDIX A

Tables

687
Table I Basic Geometric Formulas 687
Table II Integration Formulas 690
Answers A-1
Index I-1
Applications Index Inside back cover

 
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