Test Bank for Mathematical Ideas 12th edition by Miller (Copy)

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  • ISBN-10 ‏ : ‎ 0321693817
  • ISBN-13 ‏ : ‎ 978-0321693815
  • Author: Charles Miller; Vern Heeren; John Hornsby

What does your math course have to do with the latest TV shows or Hollywood movies? Plenty–if you’re using the right text. Mathematical Ideas, Twelfth Edition brings the best of Hollywood into the classroom through descriptions of video clips from popular cinema and television. Well-known author John Hornsby’s innovative approach is enhanced with great care in this revision, and refined to serve the needs of you and your instructor. Streamlined and updated, it offers a modernized design, new bubble pointers for Example annotations, and much more. It retains the consistent features, friendly writing style, clear examples, and exercise sets for which this text is known.

Table of contents:

  1. 1 The Art of Problem Solving
  2. 1.1 Solving Problems by Inductive Reasoning
  3. Characteristics of Inductive and Deductive Reasoning
  4. Pitfalls of Inductive Reasoning
  5. 1.2 an Application of Inductive Reasoning: Number Patterns
  6. Number Sequences
  7. Successive Differences
  8. Number Patterns and Sum Formulas
  9. Figurate Numbers
  10. 1.3 Strategies for Problem Solving
  11. A General Problem-solving Method
  12. Using a Table or Chart
  13. Working Backward
  14. Using Trial and Error
  15. Guessing and Checking
  16. Considering a Similar, Simpler Problem
  17. Drawing a Sketch
  18. Using Common Sense
  19. 1.4 Numeracy in Today’s World
  20. Calculation
  21. Estimation
  22. Interpretation of Graphs
  23. Communicating Mathematics Through Language Skills
  24. Chapter 1 Summary
  25. Chapter 1 Test
  26. 2 The Basic Concepts of Set Theory
  27. 2.1 Symbols and Terminology
  28. Designating Sets
  29. Sets of Numbers and Cardinality
  30. Finite and Infinite Sets
  31. Equality of Sets
  32. 2.2 Venn Diagrams and Subsets
  33. Venn Diagrams
  34. Complement of a Set
  35. Subsets of a Set
  36. Proper Subsets
  37. Counting Subsets
  38. 2.3 Set Operations
  39. Intersection of Sets
  40. Union of Sets
  41. Difference of Sets
  42. Ordered Pairs
  43. Cartesian Product of Sets
  44. More on Venn Diagrams
  45. De Morgan’s Laws
  46. 2.4 Surveys and Cardinal Numbers
  47. Surveys
  48. Cardinal Number Formula
  49. Tables
  50. Chapter 2 Summary
  51. Chapter 2 Test
  52. 3 Introduction to Logic
  53. 3.1 Statements and Quantifiers
  54. Statements
  55. Negations
  56. Symbols
  57. Quantifiers
  58. Quantifiers and Number Sets
  59. 3.2 Truth Tables and Equivalent Statements
  60. Conjunctions
  61. Disjunctions
  62. Negations
  63. Mathematical Statements
  64. Truth Tables
  65. Alternative Method for Constructing Truth Tables
  66. Equivalent Statements and De Morgan’s Laws
  67. 3.3 The Conditional and Circuits
  68. Conditionals
  69. Writing a Conditional as a Disjunction
  70. Circuits
  71. 3.4 The Conditional and Related Statements
  72. Converse, Inverse, and Contrapositive
  73. Alternative Forms of “If P, Then Q”
  74. Biconditionals
  75. Summary of Truth Tables
  76. 3.5 Analyzing Arguments with Euler Diagrams
  77. Logical Arguments
  78. Arguments with Universal Quantifiers
  79. Arguments with Existential Quantifiers
  80. 3.6 Analyzing Arguments with Truth Tables
  81. Using Truth Tables to Determine Validity
  82. Valid and Invalid Argument Forms
  83. Arguments of Lewis Carroll
  84. Chapter 3 Summary
  85. Chapter 3 Test
  86. 4 Numeration Systems
  87. 4.1 Historical Numeration Systems
  88. Basics of Numeration
  89. Ancient Egyptian Numeration
  90. Ancient Roman Numeration
  91. Classical Chinese Numeration
  92. 4.2 More Historical Numeration Systems
  93. Basics of Positional Numeration
  94. Hindu-arabic Numeration
  95. Babylonian Numeration
  96. Mayan Numeration
  97. Greek Numeration
  98. 4.3 Arithmetic in the Hindu-arabic System
  99. Expanded Form
  100. Historical Calculation Devices
  101. 4.4 Conversion Between Number Bases
  102. General Base Conversions
  103. Computer Mathematics
  104. Chapter 4 Summary
  105. Chapter 4 Test
  106. 5 Number Theory
  107. 5.1 Prime and Composite Numbers
  108. Primes, Composites, and Divisibility
  109. The Fundamental Theorem of Arithmetic
  110. 5.2 Large Prime Numbers
  111. The Infinitude of Primes
  112. The Search for Large Primes
  113. 5.3 Selected Topics from Number Theory
  114. Perfect Numbers
  115. Deficient and Abundant Numbers
  116. Amicable (friendly) Numbers
  117. Goldbach’s Conjecture
  118. Twin Primes
  119. Fermat’s Last Theorem
  120. 5.4 Greatest Common Factor and Least Common Multiple
  121. Greatest Common Factor
  122. Least Common Multiple
  123. 5.5 The Fibonacci Sequence and the Golden Ratio
  124. The Fibonacci Sequence
  125. The Golden Ratio
  126. Chapter 5 Summary
  127. Chapter 5 Test
  128. 6 The Real Numbers and Their Representations
  129. 6.1 Real Numbers, Order, and Absolute Value
  130. Sets of Real Numbers
  131. Order in the Real Numbers
  132. Additive Inverses and Absolute Value
  133. Applications of Real Numbers
  134. 6.2 Operations, Properties, and Applications of Real Numbers
  135. Operations on Real Numbers
  136. Order of Operations
  137. Properties of Addition and Multiplication of Real Numbers
  138. Applications of Signed Numbers
  139. 6.3 Rational Numbers and Decimal Representation
  140. Definition and the Fundamental Property
  141. Operations with Rational Numbers
  142. Density and the Arithmetic Mean
  143. Decimal Form of Rational Numbers
  144. 6.4 Irrational Numbers and Decimal Representation
  145. Definition and Basic Concepts
  146. Irrationality of 2 and Proof by Contradiction
  147. Operations with Square Roots
  148. The Irrational Numbers P, F, and E
  149. 6.5 Applications of Decimals and Percents
  150. Operations with Decimals
  151. Rounding Methods
  152. Percent
  153. Chapter 6 Summary
  154. Chapter 6 Test
  155. 7 The Basic Concepts of Algebra
  156. 7.1 Linear Equations
  157. Solving Linear Equations
  158. Special Kinds of Linear Equations
  159. Literal Equations and Formulas
  160. Models
  161. 7.2 Applications of Linear Equations
  162. Translating Words into Symbols
  163. Guidelines for Applications
  164. Finding Unknown Quantities
  165. Mixture and Interest Problems
  166. Monetary Denomination Problems
  167. Motion Problems
  168. 7.3 Ratio, Proportion, and Variation
  169. Writing Ratios
  170. Unit Pricing
  171. Solving Proportions
  172. Direct Variation
  173. Inverse Variation
  174. Joint and Combined Variation
  175. 7.4 Linear Inequalities
  176. Number Lines and Interval Notation
  177. Addition Property of Inequality
  178. Multiplication Property of Inequality
  179. Solving Linear Inequalities
  180. Applications
  181. Compound Inequalities
  182. 7.5 Properties of Exponents and Scientific Notation
  183. Exponents and Exponential Expressions
  184. The Product Rule
  185. Zero and Negative Exponents
  186. The Quotient Rule
  187. The Power Rules
  188. Scientific Notation
  189. 7.6 Polynomials and Factoring
  190. Basic Terminology
  191. Addition and Subtraction
  192. Multiplication
  193. Special Products
  194. Factoring
  195. Factoring Out the Greatest Common Factor
  196. Factoring Trinomials
  197. Factoring Special Binomials
  198. 7.7 Quadratic Equations and Applications
  199. Quadratic Equations and the Zero-factor Property
  200. The Square Root Property
  201. The Quadratic Formula
  202. Applications
  203. Chapter 7 Summary
  204. Chapter 7 Test
  205. 8 Graphs, Functions, and Systems of Equations and Inequalities
  206. 8.1 The Rectangular Coordinate System and Circles
  207. Rectangular Coordinates
  208. Distance Formula
  209. Midpoint Formula
  210. An Application of the Midpoint Formula
  211. Circles
  212. An Application of Circles
  213. 8.2 Lines, Slope, and Average Rate of Change
  214. Linear Equations in Two Variables
  215. Intercepts
  216. Slope
  217. Parallel and Perpendicular Lines
  218. Average Rate of Change
  219. 8.3 Equations of Lines
  220. Point-slope Form
  221. Slope-intercept Form
  222. An Application of Linear Equations
  223. 8.4 Linear Functions, Graphs, and Models
  224. Relations and Functions
  225. Function Notation
  226. Linear Functions
  227. Linear Models
  228. 8.5 Quadratic Functions, Graphs, and Models
  229. Quadratic Functions and Parabolas
  230. Graphs of Quadratic Functions
  231. Vertex of a Parabola
  232. General Graphing Guidelines
  233. A Model for Optimization
  234. 8.6 Exponential and Logarithmic Functions, Graphs, and Models
  235. Exponential Functions and Applications
  236. Logarithmic Functions and Applications
  237. Exponential Models
  238. Further Applications
  239. 8.7 Systems of Linear Equations
  240. Linear Systems
  241. Elimination Method
  242. Substitution Method
  243. 8.8 Applications of Linear Systems
  244. Introduction
  245. Applications
  246. 8.9 Linear Inequalities, Systems, and Linear Programming
  247. Linear Inequalities in Two Variables
  248. Systems of Inequalities
  249. Linear Programming
  250. Chapter 8 Summary
  251. Chapter 8 Test
  252. 9 Geometry
  253. 9.1 Points, Lines, Planes, and Angles
  254. The Geometry of Euclid
  255. Points, Lines, and Planes
  256. Angles
  257. 9.2 Curves, Polygons, Circles, and Geometric Constructions
  258. Curves
  259. Triangles and Quadrilaterals
  260. Circles
  261. Geometric Constructions
  262. 9.3 the Geometry of Triangles: Congruence, Similarity, and the Pythagorean Theorem
  263. Congruent Triangles
  264. Similar Triangles
  265. The Pythagorean Theorem
  266. 9.4 Perimeter, Area, and Circumference
  267. Perimeter of a Polygon
  268. Area of a Polygon
  269. Circumference of a Circle
  270. Area of a Circle
  271. 9.5 Volume and Surface Area
  272. Space Figures
  273. Volume and Surface Area of Space Figures
  274. 9.6 Transformational Geometry
  275. Reflections
  276. Translations and Rotations
  277. Size Transformations
  278. 9.7 Non-euclidean Geometry and Topology
  279. Euclid’s Postulates and Axioms
  280. The Parallel Postulate (euclid’s Fifth Postulate)
  281. The Origins of Non-euclidean Geometry
  282. Projective Geometry
  283. Topology
  284. 9.8 Chaos and Fractal Geometry
  285. Chaos
  286. Attractors
  287. Fractals
  288. Chapter 9 Summary
  289. Chapter 9 Test
  290. 10 Counting Methods
  291. 10.1 Counting by Systematic Listing
  292. Counting
  293. One-part Tasks
  294. Product Tables for Two-part Tasks
  295. Tree Diagrams for Multiple-part Tasks
  296. Other Systematic Listing Methods
  297. 10.2 Using the Fundamental Counting Principle
  298. Uniformity and the Fundamental Counting Principle
  299. Factorials
  300. Arrangements of Objects
  301. Distinguishable Arrangements
  302. 10.3 Using Permutations and Combinations
  303. Permutations
  304. Combinations
  305. Guidelines on Which Method to Use
  306. 10.4 Using Pascal’s Triangle
  307. Pascal’s Triangle
  308. Applications
  309. The Binomial Theorem
  310. 10.5 Counting Problems Involving “Not” and “Or”
  311. Set Theory/logic/arithmetic Correspondences
  312. Problems Involving “Not”
  313. Problems Involving “Or”
  314. Chapter 10 Summary
  315. Chapter 10 Test
  316. 11 Probability
  317. 11.1 Basic Concepts
  318. The Language of Probability
  319. Examples in Probability
  320. The Law of Large Numbers (or Law of Averages)
  321. Probability in Genetics
  322. Odds
  323. 11.2 Events Involving “Not” and “Or”
  324. Properties of Probability
  325. Events Involving “Not”
  326. Events Involving “Or”
  327. 11.3 Conditional Probability and Events Involving “And”
  328. Conditional Probability
  329. Independent Events
  330. Events Involving “And”
  331. 11.4 Binomial Probability
  332. Binomial Probability Distribution
  333. Binomial Probability Formula
  334. 11.5 Expected Value and Simulation
  335. Expected Value
  336. Games and Gambling
  337. Investments
  338. Business and Insurance
  339. Simulation
  340. Simulating Genetic Traits
  341. Simulating Other Phenomena
  342. Chapter 11 Summary
  343. Chapter 11 Test

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