Investigating College Algebra with Technology

Annotated Contents. Preface. To the Student. To the Instructor. Acknowledgments. Chapter 1: Problem Solving. 1.1 Pictures, Graphs, and Diagrams. 1.2 Symbolic Representation. 1.3 Organizing Information. 1.4 Measures of Central Tendency and Box Plots. 1.5 Measures of Spread. Chapter 1 Review. Chapter 2: Patterns and Recursion. 2.1 Recursively Defined Sequences. 2.2 Modeling Growth and Decay. 2.3 A First Look at Limits. 2.4 Graphing and Sequences. 2.5 Loans and Investments. Chapter 2 Review. Chapter 3: Linear Models and Systems. 3.1 Linear Equations. 3.2 Revisiting Slope. 3.3 Fitting a Line to Data. 3.4 Linear Systems. 3.5 Substitution and Elimination. Chapter 3 Review. Chapter 4: Functions, Relations, and Transformations. 4.1 Interpreting Graphs. 4.2 Function Notation. 4.3 Lines in Motion. 4.4 Translations and the Quadratic Family. 4.5 Reflections and the Square Root Family. 4.6 Stretches and Shrinks and the Absolute Value Family. 4.7 Transformations and the Circle Family. 4.8 Compositions of Functions. Chapter 4 Review. Chapter 5: Exponential, Power, and Logarithmic Functions. 5.1 The Exponential Function. 5.2 Properties of Exponents. 5.3 Fractional Exponents and Roots. 5.4 Applications of Power Equations. 5.5 Building Inverses of Functions. 5.6 The Logarithmic Function. 5.7 Properties of Logarithms. 5.8 Applications of Logarithms. Chapter 5 Review. Chapter 6: Quadratic and Other Polynomial Functions. 6.1 Polynomial Degree and Finite Differences. 6.2 Equivalent Quadratic Forms. 6.3 Completing the Square. 6.4 The Quadratic Formula. 6.5 Complex Numbers. 6.6 Factoring Polynomials. 6.7 Higher-Degree Polynomials. 6.8 More about Finding Solutions. Chapter 6 Review. Chapter 7: Matrices and Linear Systems. 7.1 Matrix Representations. 7.2 Matrix Operations. 7.3 The Row Reduction Method. 7.4 Solving Systems with Inverse Matrices. 7.5 Systems of Linear Inequalities. 7.6 Linear Programming. Chapter 7 Review. Chapter 8: Parametric Equations and Trigonometry. 8.1 Graphing Parametric Equations. 8.2 Converting Parametric to Nonparametric Equations. 8.3 Right Triangle Trigonometry. 8.4 Using Trigonometry to Set a Course. 8.5 Projectile Motion. 8.6 The Law of Sines. 8.7 The Law of Cosines. Chapter 8 Review. Chapter 9: Conic Sections and Rational Functions. 9.1 Using the Distance Formula. 9.2 Circles and Ellipses. 9.3 Parabolas. 9.4 The Hyperbola. 9.5 Nonlinear Systems of Equations. 9.6 Introduction to Rational Functions. 9.7 Graphs of Rational Functions. 9.8 Operations with Rational Expressions. Chapter 9 Review. Chapter 10: Series. 10.1 Arithmetic Series. 10.2 Infinite Geometric Series. 10.3 Partial Sums of Geometric Series. Chapter 10 Review. Chapter 11: Probability. 11.1 Randomness and Probability. 11.2 Counting Outcomes and Tree Diagrams. 11.3 Mutually Exclusive Events and Venn Diagrams. 11.4 Random Variables and Expected Value. 11.5 Permutations and Probability. 11.6 Combinations and Probability. 11.7 The Binomial Theorem and Pascal's Triangle. Chapter 11 Review. Slected Answers. Glossary. Photo Credits. Index. Resources on the Student CD. Prerequisite Review: Numbers and Figures. Operations on Numbers. The Ideas that Motivate Algebra. Exponents. Radicals. Polynomials. Factoring Polynomials. Rational Expressions. Calculator Notes. Microsoft Excel Notes. Interactive Spreadsheets for Excel Explorations.