Math 104 Green

by Carrie Green

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This text is to be used at SUNY Geneseo during the Spring 2026 semester for Carrie Green's Math 104 class.

Description from LibreTexts.

Publisher
SUNY Geneseo
Subjects
Mathematics
Licence
CC BY-SA 4.0, as LibreTexts states it
Who can read
Tweens profiles and older, judged from its title and subjects

Contents

LibreTexts writes equations in TeX, and here they show as TeX; the PDF has them typeset.

  1. Front Matter
  2. TitlePage
  3. InfoPage
  4. Table of Contents
  5. Licensing
  6. 1: Sets
  7. 1.1: Introduction
  8. 1.2: Basic Set Concepts
  9. 1.2.1: Exercises
  10. 1.3: Subsets
  11. 1.3.1: Exercises
  12. 1.4: Understanding Venn Diagrams
  13. 1.4.1: Exercises
  14. 1.5: Set Operations with Two Sets
  15. 1.5.1: Exercises
  16. 1.6: Set Operations with Three Sets
  17. 1.6.1: Exercises
  18. 2: Logic
  19. 2.1: Introduction
  20. 2.2: Statements and Quantifiers
  21. 2.2.1: Exercises
  22. 2.3: Compound Statements
  23. 2.3.1: New Page
  24. 2.4: Constructing Truth Tables
  25. 2.4.1: Exercises
  26. 2.5: Truth Tables for the Conditional and Biconditional
  27. 2.5.1: Exercises
  28. 2.6: Equivalent Statements
  29. 2.6.1: Exercises
  30. 2.7: De Morgan’s Laws
  31. 2.7.1: Exercises
  32. 2.8: Logical Arguments
  33. 2.8.1: Exercises
  34. 3: Graph Theory
  35. 3.1: Introduction
  36. 3.2: Graph Basics
  37. 3.2.1: Exercises
  38. 3.3: Graph Structures
  39. 3.3.1: Exercises
  40. 3.4: Comparing Graphs
  41. 3.4.1: Exercises
  42. 3.5: Navigating Graphs
  43. 3.5.1: Exercises
  44. 3.6: Euler Circuits
  45. 3.6.1: Exercises
  46. 3.7: Euler Trails
  47. 3.7.1: Exercises
  48. 3.8: Hamilton Cycles
  49. 3.8.1: Exercises
  50. 3.9: Hamilton Paths
  51. 3.9.1: Exercises
  52. 3.10: Traveling Salesperson Problem
  53. 3.10.1: Exercises
  54. 3.11: Trees
  55. 3.11.1: Exercises
  56. 4: Tessellations
  57. 4.1: Tessellations
  58. 4.1.1: Exercises
  59. 5: Fractals
  60. 5.1: Fractals
  61. 5.2: Iterated Fractals
  62. 5.3: Fractal Dimension
  63. 5.4: Complex Numbers
  64. 5.5: Complex Recursive Sequences
  65. 5.6: Exercises
  66. 5.6.1: Answers to Selected Exercises
  67. 6: Cryptography
  68. 6.1: Cryptography
  69. 6.2: Substitution Ciphers
  70. 6.3: Transposition Ciphers
  71. 6.4: Advanced shared symmetric-key methods
  72. 6.5: Public Key Cryptography
  73. 6.6: Exercises
  74. 6.6.1: Answers to Selected Exercises
  75. 7: Voting and Apportionment
  76. 7.1: Introduction
  77. 7.2: Voting Methods
  78. 7.2.1: Exercises
  79. 7.3: Fairness in Voting Methods
  80. 7.3.1: Exercises
  81. 7.4: Standard Divisors, Standard Quotas, and the Apportionment Problem
  82. 7.4.1: Exercises
  83. 7.5: Apportionment Methods
  84. 7.5.1: Exercises
  85. 7.6: Fairness in Apportionment Methods
  86. 7.6.1: Exercises
  87. 8: Math and...
  88. 8.1: Introduction
  89. 8.2: Math and Art
  90. 8.2.1: Exercises
  91. 8.3: Math and the Environment
  92. 8.3.1: Exercises
  93. 8.4: Math and Medicine
  94. 8.4.1: Exercises
  95. 8.5: Math and Music
  96. 8.5.1: Exercises
  97. 8.6: Math and Sports
  98. 8.6.1: Exercises
  99. Back Matter
  100. Index
  101. Detailed Licensing