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Spiral Physics: Algebra Based

Nguồn ngoài

Spiral Physics: Algebra 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.

College PhysicsPhysics
Tác giả
Paul D'Alessandris
Nhà xuất bản
Monroe Community College
Nguồn
LibreTexts
Giấy phép
CC BY-NC-SA
Ngôn ngữ
EN
Danh mục
Khoa học cơ bản
Đọc trực tuyến Tải PDF (nguồn mở)
Mục lục· 376 mục
  1. Spiral Electricity and Magnetism (Algebra-Based)
  2. Model 05 - Electric Fields
  3. 01. Concepts and Principles
  4. 02. Concepts and Principles 2
  5. 03. Analysis Tools
  6. 04. Analysis Tools 2
  7. 05. Analysis Tools 3
  8. 06. Activities
  9. Model 06 - Electric Forces
  10. 01. Concepts and Principles
  11. 02. Analysis Tools
  12. 03. Activities
  13. Model 07 - Magnetic Fields
  14. 01. Concepts and Principles
  15. 02. Analysis Tools
  16. 03. Analysis Tools 2
  17. 04. Activities
  18. Model 08 - Magnetic Forces
  19. 01. Concepts and Principles
  20. 02. Analysis Tools
  21. 03. Analysis Tools 2
  22. 04. Activities
  23. Model 09 - Electromagnetic Induction
  24. 01. Concepts and Principles
  25. 02. Analysis Tools
  26. 03. Activities
  27. Model 10 - Electric Potential
  28. 01. Concepts and Principles
  29. 02. Analysis Tools
  30. 03. Analysis Tools 2
  31. 04. Activities
  32. Model 11 - Electric Circuits
  33. 01. Concepts and Principles
  34. 02. Analysis Tools
  35. 03. Analysis Tools 2
  36. 04. Activities
  37. XI - 19
  38. XI - 20
  39. XI - 21
  40. XI - 22
  41. XI - 23
  42. XI - 24
  43. XI - 25
  44. XI - 26
  45. XI - 27
  46. XI - 28
  47. XI - 29
  48. XI - 30
  49. XI - 31
  50. XI - 32
  51. XI - 33
  52. XI - 34
  53. XI - 35
  54. XI - 36
  55. XI - 37
  56. XI - 38
  57. XI - 39
  58. XI - 40
  59. XI - 41
  60. XI - 42
  61. XI - 43
  62. XI - 44
  63. XI - 45
  64. XI - 46
  65. XI - 47
  66. XI - 48
  67. XI - 49
  68. XI - 50
  69. XI - 51
  70. XI - 52
  71. XI - 53
  72. XI - 54
  73. XI - 55
  74. XI - 56
  75. XI - 57
  76. XI - 58
  77. Model 12 - Electromagnetic Waves
  78. 01. Concepts and Principles
  79. 02. Concepts and Principles 2
  80. 03. Analysis Tools
  81. 04. Analysis Tools 2
  82. 05. Activities
  83. XII - 17
  84. XII - 18
  85. XII - 19
  86. XII - 20
  87. XII - 21
  88. XII - 22
  89. XII - 23
  90. XII - 24
  91. XII - 25
  92. XII - 26
  93. XII - 27
  94. XII - 28
  95. XII - 29
  96. XII - 30
  97. XII - 31
  98. XII - 32
  99. XII - 33
  100. XII - 34
  101. XII - 35
  102. XII - 36
  103. XII - 37
  104. XII - 38
  105. XII - 39
  106. XII - 40
  107. XII - 41
  108. XII - 42
  109. XII - 43
  110. XII - 44
  111. XII - 45
  112. XII - 46
  113. XII - 47
  114. XII - 48
  115. XII - 49
  116. Spiral Mechanics (Algebra-Based)
  117. Model 1: 1D Constant-Force Particle Model
  118. 01. Introduction
  119. 02. Model Specifics
  120. 03. Kinematics
  121. 01. Concepts and Principles
  122. 02. Drawing Motion Diagrams in 1D
  123. 03. Drawing Motion Graphs in 1D
  124. 04. Tabulating Motion Information - Motion Graphs
  125. 05. Analyzing a More Complex Motion
  126. 06. Symbolic Analysis
  127. 07. Addendum
  128. 01. Algebraic Signs
  129. 02. Deriving the kinematic relationships
  130. 08. Activities
  131. 01. Selected Answers For Kinematics
  132. I-24
  133. I-25
  134. I-26
  135. I-27
  136. I-28
  137. I-29
  138. I-30
  139. I-31
  140. I-32
  141. I-33
  142. I-34
  143. I-35
  144. I-36
  145. I-37
  146. I-38
  147. I-39
  148. I-40
  149. I-41
  150. I-42
  151. I-43
  152. I-44
  153. I-45
  154. I-46
  155. I-47
  156. I-48
  157. I-49
  158. I-50
  159. I-51
  160. I-52
  161. I-53
  162. I-54
  163. I-55
  164. 04. Dynamics
  165. 01. Concepts and Principles
  166. 02. Drawing Free-Body Diagrams
  167. 03. Calculating the Force of Gravity near the Surface of the Earth
  168. 04. Analyzing a More Complex Scenario
  169. 05. Hints and Suggestions
  170. 06. Activities
  171. 01. Selected Answers for Dynamics
  172. I-68
  173. I-69
  174. I-70
  175. I-71
  176. I-72
  177. I-73
  178. I-74
  179. I-75
  180. I-76
  181. I-77
  182. I-78
  183. I-79
  184. I-80
  185. I-81
  186. I-82
  187. I-83
  188. I-84
  189. I-85
  190. I-86
  191. I-87
  192. I-88
  193. I-89
  194. I-90
  195. I-91
  196. I-92
  197. I-93
  198. I-94
  199. I-95
  200. I-96
  201. 05. Conservation
  202. 01. Concepts and Principles
  203. 02. Analysis Tools
  204. 03. Analysis Tools 2
  205. 04. Analysis Tools 3
  206. 05. Activities
  207. 01. Selected Answers for Conservation
  208. I-109
  209. I-110
  210. I-111
  211. I-112
  212. I-113
  213. I-114
  214. I-115
  215. I-116
  216. I-117
  217. I-118
  218. I-119
  219. I-120
  220. I-121
  221. I-122
  222. I-123
  223. I-124
  224. I-125
  225. I-126
  226. I-127
  227. I-128
  228. I-129
  229. I-130
  230. I-131
  231. I-132
  232. I-133
  233. I-134
  234. I-135
  235. I-136
  236. I-137
  237. I-138
  238. Model 2: The constant-force particle model
  239. 01. Model Specifics
  240. 02. Kinematics
  241. 01. Concepts and Principles
  242. 02. Drawing Motion Diagrams
  243. 03. Drawing Motion Graphs
  244. 04. Tabulating Motion Information and Doing The Math
  245. 05. Hints and Suggestions
  246. 06. Activities
  247. 01. Selected Answers For Kinematics
  248. II-14
  249. II-15
  250. II-16
  251. II-17
  252. II-18
  253. II-19
  254. II-20
  255. II-21
  256. II-22
  257. II-23
  258. II-24
  259. II-25
  260. II-26
  261. II-27
  262. II-28
  263. II-29
  264. II-30
  265. II-31
  266. II-32
  267. II-33
  268. II-34
  269. II-35
  270. II-36
  271. II-37
  272. II-38
  273. II-39
  274. II-40
  275. II-41
  276. II-42
  277. II-43
  278. II-44
  279. II-45
  280. II-46
  281. II-47
  282. II-48
  283. 03. Dynamics
  284. 01. Concepts and Principles
  285. 02. Drawing Free-Body Diagrams
  286. 03. Applying Newton's Second Law
  287. 04. Choosing a Coordinate System
  288. 05. Activities
  289. 01. Selected Answers For Dynamics
  290. II-58
  291. II-59
  292. II-60
  293. II-61
  294. II-62
  295. II-63
  296. II-64
  297. II-65
  298. II-66
  299. II-67
  300. II-68
  301. II-69
  302. II-70
  303. II-71
  304. II-72
  305. II-73
  306. II-74
  307. II-75
  308. II-76
  309. II-77
  310. II-78
  311. II-79
  312. II-80
  313. II-81
  314. II-82
  315. II-83
  316. II-84
  317. II-85
  318. II-86
  319. II-87
  320. II-88
  321. II-89
  322. II-90
  323. II-91
  324. II-92
  325. II-93
  326. II-94
  327. II-95
  328. II-96
  329. 04. Conservation
  330. 01. Concepts and Principles
  331. 02. Analysis Tools
  332. 03. Analysis Tools 2
  333. 04. Activities
  334. 01. Selected Answers For Conservation
  335. Model 3: The Particle Model
  336. 01. Model Specifies
  337. 02. Kinematics
  338. 01. Concepts and Principles
  339. 02. Using the Calculus
  340. 03. Using the Calculus Another Example
  341. 04. Circular Motion
  342. 05. Circular Motion 2
  343. 06. The Kinematics of Circular Motion
  344. 07. Activities
  345. 3.3: Dynamics
  346. 01. Concepts and Principles
  347. 02. Time-Dependent Forces
  348. 03. Applying Newton's Second Law to Circular Motion
  349. 04. Activities
  350. 04. Conservation
  351. 01. Concepts and Principles
  352. 02. Applying the Impulse-Momentum Relation
  353. 03. Elastic Potential Energy
  354. 04. Applying Newton's 2nd Law to a Spring-Mass System
  355. 05.Potential Energy Functions
  356. 06. Activities
  357. Model 4: The Rigid Body Model
  358. 01. Model Specifics
  359. 02. Kinematics
  360. 01. Concepts and Principles
  361. 02. Pure Rotation
  362. 03. Rotating and Translating
  363. 04. Activities
  364. 03. Dynamics
  365. 01. Concepts and Principles
  366. 02. Calculating the Rotational Inertia
  367. 03. Applying Newton's Second Law in Translational and Rotational Form - I
  368. 04. Applying Newton's Second Law in Translational and Rotational Form - II
  369. 05. Applying Newton's Second Law to Rolling Motion
  370. 06. Rotational Inertia of Common Uniform Solids
  371. 07. Activities
  372. 04. Conservation
  373. 01. Concepts and Principles
  374. 02. Applying the Work-Energy Relation including Rotation - I
  375. 03. Applying the Impulse-Momentum Relations (Linear and Angular) - I
  376. 04. Activities