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Spiral Physics - Calculus Based

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Spiral Physics - Calculus Based

Spiral Physics is a research based introductory physics curriculum developed at Monroe Community College that integrates text and workbook activities in a modular fashion, and arranges topics so that students receive repeated exposure to concepts with increased complexity. It makes use of alternative problem types, including goal-less problem statements, ranking tasks, and critical analysis tasks. It restricts the equation set available for student use.

University PhysicsPhysics
Author
Paul D'Alessandris
Publisher
Monroe Community College
Source
LibreTexts
License
CC BY-NC-SA
Language
EN
Category
Basic Sciences
Read online Download PDF (open licence)
Contents· 119 sections
  1. Spiral Electricity and Magnetism (Calculus-Based)
  2. 1: Electric Fields
  3. 1.1: Concepts and Principles
  4. 1.2: Charge and Charge Density
  5. 1.3: Perfect Conductors and Perfect Insulators
  6. 1.4: Analysis Tools - Continuous Charge Distribution
  7. 1.4: Analysis Tools - Point Charges
  8. 1.6: Analysis Tools - Gauss's Law
  9. 1.7: Activities (The Electric Field)
  10. 1.E: Electric Fields (Exercises)
  11. 2: Electric Forces
  12. 2.1: Concepts and Principles - The Gravitational Analogy
  13. 2.2: Analysis Tools - Point Charges
  14. 2.3: Analysis Tools - Force and Motion
  15. 2.4: Electric Fields and Cancer (Project)
  16. 3: Magnetic Fields
  17. 01. Concepts and Principles
  18. 02. Analysis Tools
  19. 03. Analysis Tools 2
  20. 04. Activities
  21. 4: Magnetic Forces
  22. 01. Concepts and Principles
  23. 02. Analysis Tools
  24. 03. Analysis Tools 2
  25. 04. Activities
  26. 5: Electromagnetic Induction
  27. 01. Concepts and Principles
  28. 02. Analysis Tools
  29. 03. Activities
  30. 6: Electric Potential
  31. 01. Concepts and Principles
  32. 02. Analysis Tools
  33. 03. Analysis Tools 2
  34. 04. Activities
  35. 7: Electric Circuits
  36. 01. Concepts and Principles
  37. 02. Analysis Tools
  38. 03. Analysis Tools 2
  39. 04. Activities
  40. XI - 19
  41. XI - 20
  42. XI - 21
  43. XI - 22
  44. XI - 23
  45. XI - 24
  46. XI - 25
  47. XI - 26
  48. XI - 27
  49. XI - 28
  50. XI - 29
  51. XI - 30
  52. XI - 31
  53. XI - 32
  54. XI - 33
  55. XI - 34
  56. XI - 35
  57. XI - 36
  58. XI - 37
  59. XI - 38
  60. XI - 39
  61. XI - 40
  62. XI - 41
  63. XI - 42
  64. XI - 43
  65. XI - 44
  66. XI - 45
  67. XI - 46
  68. XI - 47
  69. XI - 48
  70. XI - 49
  71. XI - 50
  72. XI - 51
  73. XI - 52
  74. XI - 53
  75. XI - 54
  76. XI - 55
  77. XI - 56
  78. XI - 57
  79. XI - 58
  80. 8: Electromagnetic Waves
  81. 01. Concepts and Principles
  82. 02. Concepts and Principles 2
  83. 03. Analysis Tools
  84. 04. Analysis Tools 2
  85. 05. Activities
  86. XII - 17
  87. XII - 18
  88. XII - 19
  89. XII - 20
  90. XII - 21
  91. XII - 22
  92. XII - 23
  93. XII - 24
  94. XII - 25
  95. XII - 26
  96. XII - 27
  97. XII - 28
  98. XII - 29
  99. XII - 30
  100. XII - 31
  101. XII - 32
  102. XII - 33
  103. XII - 34
  104. XII - 35
  105. XII - 36
  106. XII - 37
  107. XII - 38
  108. XII - 39
  109. XII - 40
  110. XII - 41
  111. XII - 42
  112. XII - 43
  113. XII - 44
  114. XII - 45
  115. XII - 46
  116. XII - 47
  117. XII - 48
  118. XII - 49
  119. Spiral Mechanics (Calculus-Based)