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Algebra and Trigonometry: Functions and Applications (Prentice Hall Classics)

by PRENTICE HALL Author

(From Amazon): In this text, algebra and trigonometry are presented as a study of special classes of functions. In the process, relationships betwen theory and real-world applications are thoroughly explored, bringing the material to life. Suitable for a second-year course, a trigonometry course, or a pre-calculus course.

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Additional Details

Resource Type
Book
ISBN
0131657100
Print Status
In Print
Days
178
Pages
1058
Suggested Grades
10th - 12th
Publisher
PRENTICE HALL
Edition
Classics ed.
Copyright
2005

Days

  • 1 1-1 Sets of Numbers
  • 2 1-2 The Field Axioms
  • 3 1-3 Variables and Expressions
  • 4 1-4 Polynomials
  • 5 1-5 Equations
  • 6 1-6 Inequalities
  • 7 1-7 Properties Provable from the Axioms
  • 8 1-8 Chapter Review
  • 9 Chapter 1 Test
  • 10 Correct Test 1
  • 11 2-1 Graphs of Equations with Two Variables
  • 12 2-2 Graphs of Functions
  • 13 2-3 Functions in the Real World
  • 14 2-4 Graphs of Functions and Relations
  • 15 2-5 Chapter
  • 16 Chapter 2 Test
  • 17 Correct Test 2
  • 18 3-1 Introduction to Linear Functions
  • 19 3-2 Properties of Linear Function Graphs
  • 20 3-3 Other Forms of the Linear Function Equation
  • 21 3-4 Equations of Linear Functions from Their Graphs
  • 22 3-5 Linear Functions as Mathematical Models
  • 23 3-6 Chapter Review
  • 24 Chapter 3 Test
  • 25 Correct Test 3
  • 26 4-1 Introduction to Linear Systems
  • 27 4-2 Solution of Systems in Linear Equations
  • 28 4-3 Second-Order Determinants
  • 29 4-4 f(x) Terminology, and Systems as Models
  • 30 4-5 Linear Equations with Three of More Variables
  • 31 4-6 Systems of Linear Equations w/ Three of More Variables
  • 32 4-7 Solution of Second-Order Systems by Augmented Matrices
  • 33 4-8 Solution of Higher-Order Systems by Augmented Matrices
  • 34 4-9 Higher-Order Determinants
  • 35 4-10 Systems of Linear Inequalitiies
  • 36 4-11 Linear Programming
  • 37 4-12 Chapter Review
  • 38 Chapter 4 Test
  • 39 Correct Test 4
  • 40 5-1 Introduction to Quadratic Functions
  • 41 5-2 Graphs of Quadratic Functions
  • 42 5-3 x-Intercepts and the Quadratic Formula
  • 43 5-4 Imaginary and Complex Numbers
  • 44 5-5 Evaluating Quadratic Functions
  • 45 5-6 Equations of Quadratic Functions from their graphs
  • 46 5-7 Quadratic and Linear Functions as Mathematical Models
  • 47 5-8 Chapter Review
  • 48 Chapter 5 Test
  • 49 Correct Test 5
  • 50 5-9 Cumulative Review: Chapters 1-5 (odd problems)
  • 51 6-1 Introduction to Exponential Functions
  • 52 6-2 Exponentiation for Positive Integer Exponents
  • 53 6-3 Properties of Exponentiation
  • 54 6-4 Exponentiation for Rational Exponents
  • 55 6-5 Powers and Radicals Without Calculators
  • 56 6-6 Scientific Notation
  • 57 6-7 Exponential Equations Solved by Brute Force
  • 58 6-8 Exponential Equations Solved by Logarithms
  • 59 6-9 Logarithms with Other Bases
  • 60 6-10 Properties of Logarithms
  • 61 6-11 Proofs of Properties of Logarithms
  • 62 6-12 Inverses of Functions- The Logarithmic Function
  • 63 6-13 The Add-Multiply Property of Exponential Functions
  • 64 6-14 Exponential and Other Functions as Mathematical Models
  • 65 6-15 Chapter Review
  • 66 Chapter 6 Test
  • 67 Correct Test 6
  • 68 7-1 Introduction to Rational Algebraic Functions
  • 69 7-2 Rational Function Graphs- Discontinuities and Asymptotes
  • 70 7-3 Special Products and Factoring
  • 71 7-4 More Factoring and Graphing
  • 72 7-5 Long Division of Polynomials
  • 73 7-6 Factoring Higher-Degree Polynomials- The Factor Theorem
  • 74 7-7 Products and Quotients of Rational Expressions
  • 75 7-8 Sums and Differences of Rational Expressions
  • 76 7-9 Graphs of Rational Algebraic Functions, Again
  • 77 7-10 Fractional Equations and Extraneous Solutions
  • 78 7-11 Variation Functions
  • 79 7-12 Chapter Review
  • 80 Chapter 7 Test
  • 81 Correct Chapter 7
  • 82 8-1 Introduction to Irrational Algebraic Functions
  • 83 8-2 Graphs of Irrational Functions
  • 84 8-3 Radicals and Simple Radical Form
  • 85 8-4 Radical Equations
  • 86 8-5 Variation Functions with Non-Integer Exponents
  • 87 8-6 Functions of More Than One Independent Variable
  • 88 8-7 Chapter Review
  • 89 Chapter 8 Test
  • 90 Correct Test 8
  • 91 8-8 Cumulative Review: Chapters 6-8 (odd)
  • 92 9-1 Introduction to Quadratic Relations
  • 93 9-2 Circles
  • 94 9-3 Ellipses
  • 95 9-4 Hyperbolas
  • 96 9-5 Parabolas
  • 97 9-6 Equations from Geometrical Definitions
  • 98 9-7 Quadratic Relations - xy-Term
  • 99 9-8 Systems of Quadratics
  • 100 9-9 Chapter Review
  • 101 Chapter 9 Test
  • 102 Correct Test 9
  • 103 10-1 Introduction to Higher-Degree Functions
  • 104 10-2 Complex Number Review
  • 105 10-3 Quadratic Equations from Their Solutions-Complex Number Factors
  • 106 10-4 Graphs of Higher-Degree Functions- Synthetic Substitution
  • 107 10-5 Descartes' Rule of Signs and the Upper Bound Theorem
  • 108 10-6 Higher-Degree Functions as Mathematical Models
  • 109 10-7 Chapter Review
  • 110 Chapter 10 Test
  • 111 Correct Test 10
  • 112 11-1 Introduction to Sequences
  • 113 11-2 Arithmetic and Geometric Sequences
  • 114 11-3 Arithmetic and Geometric Means
  • 115 11-4 Introduction to Series
  • 116 11-5 Arithmetic and Geometric Series
  • 117 11-6 Convergent Geometric Series
  • 118 11-7 Sequences and Series as Mathematical Models
  • 119 11-8 Factorials
  • 120 11-9 Introduction to Binomial Series
  • 121 11-10 The Binomial Formula
  • 122 11-11 Chapter Review
  • 123 Chapter 11 Test
  • 124 Correct Test 11
  • 125 12-1 Introduction to Probability
  • 126 12-2 Words Associated with Probability
  • 127 12-3 Two Counting Principles
  • 128 12-4 Probabilities of Various Permutations
  • 129 12-5 Probabilities of Various Combinations
  • 130 12-6 Properties of Probability
  • 131 12-7 Functions of a Random Variable
  • 132 12-8 Mathematical Expectation
  • 133 12-9 Statistics and Data Analysis
  • 134 12-10 Chapter Review
  • 135 Chapter 12 Test
  • 136 Correct Chapter 12 Test
  • 137 12-11 Cumulative Review: Chapters 9-12 (odd)
  • 138 13-1 Introduction to Periodic Functions
  • 139 13-2 Measurement of Arcs and Rotation
  • 140 13-3 Definitions of Trigonometric and Circular Functions
  • 141 13-4 Approximate Values of Trigonometric And Circular Functions
  • 142 13-5 Graphs of Trigonometric And Circular Functions
  • 143 13-6 General Sinusoidal Graphs
  • 144 13-7 Equations of Sinusoids From Their Graphs
  • 145 13-8 Sinusoidal Functions as Mathematical Models
  • 146 13-9 Inverse Circular Functions
  • 147 13-10 Evaluation of Inverse Relations
  • 148 13-11 Inverse Circular Relations as Mathematical Models
  • 149 13-12 Chapter Review
  • 150 Chapter 13 Test
  • 151 Correct Test 13
  • 152 14-1 Three Properties of Trigonometric Functions
  • 153 14-2 Trigonometric Identies
  • 154 14-3 Properties Involving Functions of More Than one Argument
  • 155 14-4 Multiple-Argument Properties
  • 156 14-5 Half-Argument Properties
  • 157 14-6 Sum and Product Properties
  • 158 14-7 Linear Combination of Cosine and Sine with Equal Arguments
  • 159 14-8 Simplification of Trigonometric Expressions
  • 160 14-9 Trigonometric Equations
  • 161 14-10 Chapter Review
  • 162 Chapter 14 Test
  • 163 Correct Test 14
  • 164 15-1 Right Triangle Problems
  • 165 15-2 Oblique Triangles- Law of Cosines
  • 166 15-3 Area of a Triangle
  • 167 15-4 Oblique Triangles- Law of Sines
  • 168 15-5 The Ambiguous Case
  • 169 15-6 General Solution of Triangles
  • 170 15-7 Vectors
  • 171 15-8 Vectors-Resolution into Components
  • 172 15-9 Real-Word Triangle Problems
  • 173 15-10 Chapter Review
  • 174 Chapter 15 Test
  • 175 Correct Test 15
  • 176 15-11 Cumulative Review: Chapters 13-15 (odd)
  • 177 Final Examination
  • 178 Correct Final Examination

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