Title No Longer Available For All Practical Purposes 10th edition

Access is contingent on use of this textbook in the instructor's classroom.

• Chapter 1: Urban Services
  • 1.1: Euler Circuits
  • 1.2: Finding Euler Circuits
  • 1.3: Beyond Euler Circuits
  • 1.4: Urban Graph Traversal Problems
  • 1: Chapter Review
  • 1: Skills Check
  
  
• Chapter 2: Business Efficiency
  • 2.1: Hamiltonian Circuits
  • 2.2: Traveling Salesman Problem
  • 2.3: Helping Traveling Salesmen
  • 2.4: Minimum-Cost Spanning Trees
  • 2.5: Critical-Path Analysis
  • 2: Chapter Review
  • 2: Skills Check
  
  
• Chapter 3: Planning and Scheduling
  • 3.1: Scheduling Tasks
  • 3.2: Critical-Path Schedules
  • 3.3: Independent Tasks
  • 3.4: Bin Packing
  • 3.5: Resolving Conflict via Coloring
  • 3: Chapter Review
  • 3: Skills Check
  
  
• Chapter 4: Linear Programming and the Transportation Problem
  • 4.1: Linear Programming and Mixture Problems: Combining Resources to Maximize Profit
  • 4.2: Finding the Optimal Production Policy
  • 4.3: Why the Corner Point Principle Works
  • 4.4: Linear Programming: Life Is Complicated
  • 4.5: A Transportation Problem: Delivering Perishables
  • 4.6: Improving on the Current Solution
  • 4: Chapter Review
  • 4: Skills Check
  
  
• Chapter 5: Exploring Data: Distributions
  • 5.1: Displaying Distributions: Histograms
  • 5.2: Interpreting Histograms
  • 5.3: Displaying Distributions: Stemplots
  • 5.4: Describing Center: Mean and Median
  • 5.5: Describing Variability: Range and Quartiles
  • 5.6: The Five-Number Summary and Boxplots
  • 5.7: Describing Variability: The Standard Deviation
  • 5.8: Normal Distributions
  • 5.9: The 68–95–99.7 Rule for Normal Distributions
  • 5: Chapter Review
  • 5: Skills Check
  
  
• Chapter 6: Exploring Data: Relationships
  • 6.1: Displaying Relationships: Scatterplot
  • 6.2: Making Predictions: Regression Line
  • 6.3: Correlation
  • 6.4: Least-Squares Regression
  • 6.5: Interpreting Correlation and Regression
  • 6: Chapter Review
  • 6: Skills Check
  
  
• Chapter 7: Data for Decisions
  • 7.1: Sampling
  • 7.2: Bad Sampling Methods
  • 7.3: Simple Random Samples
  • 7.4: Cautions About Sample Surveys
  • 7.5: Experiments
  • 7.6: Experiments Versus Observational Studies
  • 7.7: Inference: From Sample to Population
  • 7: Chapter Review
  • 7: Skills Check
  
  
• Chapter 8: Probability: The Mathematics of Chance
  • 8.1: Random Phenomena and Probability
  • 8.2: Basic Rules of Probability
  • 8.3: Rules of Probability: Independent and Dependent Events
  • 8.4: Discrete Probability Models
  • 8.5: Equally Likely Outcomes
  • 8.6: Continuous Probability Models
  • 8.7: The Mean and Standard Deviation of a Probability Model
  • 8.8: The Central Limit Theorem
  • 8: Chapter Review
  • 8: Skills Check
  
  
• Chapter 9: Social Choice: The Impossible Dream
  • 9.1: An Introduction to Social Choice
  • 9.2: Majority Rule and Condorcet's Method
  • 9.3: Other Voting Systems for Three or More Candidates
  • 9.4: Insurmountable Difficulties: Arrow's Impossibility Theorem
  • 9.5: A Better Approach? Approval Voting
  • 9: Chapter Review
  • 9: Skills Check
  
  
• Chapter 10: The Manipulability of Voting Systems
  • 10.1: An Introduction to Manipulability
  • 10.2: Majority Rule and Condorcet's Method
  • 10.3: The Manipulability of Other Voting Systems for Three or More Candidates
  • 10.4: Impossibility
  • 10.5: The Chair's Paradox
  • 10: Chapter Review
  • 10: Skills Check
  
  
• Chapter 11: Weighted Voting Systems
  • 11.1: How Weighted Voting Works
  • 11.2: The Shapley–Shubik Model
  • 11.3: The Banzhaf Model
  • 11.4: Voting Systems—Without Weights
  • 11: Chapter Review
  • 11: Skills Check
  
  
• Chapter 12: Electing the President
  • 12.1: Narrowing the Field through the Primary Process
  • 12.2: Spatial Models for Two-Candidate Elections: Discrete Distributions
  • 12.3: Spatial Models for Two-Candidate Elections: Continuous Distributions
  • 12.4: Spatial Models for Multicandidate Elections
  • 12.5: Spatial Models and the Electoral College
  • 12: Skills Check
  
  
• Chapter 13: Fair Division
  • 13.1: The Adjusted Winner Procedure
  • 13.2: The Knaster Inheritance Procedure
  • 13.3: Fair Division and Organ Transplant Policies
  • 13.4: Taking Turns
  • 13.5: Divide-and-Choose
  • 13.6: Cake-Division Procedures: Proportionality
  • 13.7: Cake-Division Procedures: The Problem of Envy
  • 13.8: Vickrey Auctions
  • 13: Chapter Review
  • 13: Skills Check
  
  
• Chapter 14: Apportionment
  • 14.1: The Apportionment Problem
  • 14.2: The Hamilton Method
  • 14.3: Divisor Methods
  • 14.4: Which Divisor Method Is Best?
  • 14: Chapter Review
  • 14: Skills Check
  
  
• Chapter 15: Game Theory: The Mathematics of Competition
  • 15.1: Two-Person Total-Conflict Games: Pure Strategies
  • 15.2: Two-Person Total-Conflict Games: Mixed Strategies
  • 15.3: Partial-Conflict Games
  • 15.4: Mechanism Design and Larger Games
  • 15.5: Using Game Theory
  • 15: Chapter Review
  • 15: Skills Check
  
  
• Chapter 16: Identification Numbers
  • 16.1: Check Digits
  • 16.2: The ZIP Code
  • 16.3: Bar Codes
  • 16.4: Encoding Personal Data
  • 16: Chapter Review
  • 16: Skills Check
  
  
• Chapter 17: Encoding Information
  • 17.1: Binary Codes
  • 17.2: Encoding with Parity-Check Sums
  • 17.3: Data Compression
  • 17.4: Cryptography
  • 17: Chapter Review
  • 17: Skills Check
  
  
• Chapter 18: Growth and Form
  • 18.1: Geometric Similarity
  • 18.2: How Much Is That in...?
  • 18.3: Big Stuff
  • 18.4: Dimension Tension
  • 18.5: How We Grow
  • 18: Chapter Review
  • 18: Skills Check
  
  
• Chapter 19: Symmetry and Pattern
  • 19.1: Fibonacci Numbers and the Golden Ratio
  • 19.2: Rosette and Strip Patterns
  • 19.3: Notation for Patterns
  • 19.4: Symmetry Groups
  • 19.5: Fractal Patterns and Chaos
  • 19: Chapter Review
  • 19: Skills Check
  
  
• Chapter 20: Tilings
  • 20.1: Tilings with Regular Polygons
  • 20.2: Tilings with Irregular Polygons
  • 20.3: Using Only Translations
  • 20.4: Using Translations Plus Half-Turns
  • 20.5: Nonperiodic Tilings
  • 20: Chapter Review
  • 20: Skills Check
  
  
• Chapter 21: Savings Models
  • 21.1: Simple Interest and Arithmetic Growth
  • 21.2: Compound Interest and Geometric Growth
  • 21.3: Effective Rate and APY
  • 21.4: A Limit to Compounding
  • 21.5: A Model for Saving
  • 21.6: Inflation
  • 21: Chapter Review
  • 21: Skills Check
  
  
• Chapter 22: Borrowing Models
  • 22.1: Simple Interest
  • 22.2: Compound Interest
  • 22.3: Conventional Loans
  • 22.4: Other Loans
  • 22.5: Annuities
  • 22: Chapter Review
  • 22: Skills Check
  
  
• Chapter 23: The Economics of Resources
  • 23.1: Growth Models for Biological Populations
  • 23.2: How Long Can a Nonrenewable Resource Last?
  • 23.3: Radioactive Decay
  • 23.4: Harvesting Renewable Resources
  • 23.5: Dynamical Systems and Chaos
  • 23: Chapter Review
  • 23: Skills Check
  
  
• Chapter A: Algebra Review
  • A.1: Algebra Review I: Handling Operations
  • A.2: Algebra Review II: Representing Numbers
  • A.3: Algebra Review III: Working with Formulas
  • A.4: Algebra Review IV: Linear Equations and Inequalities
  • A.5: Algebra Review V: Summation Notation, Sequences, and Series
  • A.6: Algebra Review VI: Exponents, Roots, and Logarithms
  • A.7: Algebra Review VII: Functions
  • A.8: Algebra Review VIII: Permutations and Combinations