1. Ch 1: A World View
2. First Grade
3. On Building a World View
4. Bode’s Law
5. Measurements
6. Sizes: Large and Small
7. Summary
8. Key Terms
9. Conceptual Questions
10. Exercises
11. Ch 2: Describing Motion
12. Average Speed
13. Images of Speed
14. Instantaneous Speed
15. Speed with Direction
16. Acceleration
17. A First Look at Falling Objects
18. Free Fall: Making a Rule of Nature
19. Starting with an Initial Velocity
20. A Subtle Point
21. Summary
22. Key Terms
23. Conceptual Questions
24. Exercises
25. Ch 3: Explaining Motion
26. An Early Explanation
27. The Beginnings of Our Modern Explanation
28. Newton’s First Law
29. Adding Vectors
30. Newton’s Second Law
31. Mass and Weight
32. Weight
33. Free-Body Diagrams
34. Free Fall Revisited
35. Galileo versus Aristotle
36. Friction
37. Newton’s Third Law
38. Summary
39. Key Terms
40. Conceptual Questions
41. Exercises
42. Ch 4: Motions in Space
43. Circular Motion
44. Acceleration Revisited
45. Acceleration in Circular Motion
46. Projectile Motion
47. Launching an Apple into Orbit
48. Rotational Motion
49. Summary
50. Key Terms
51. Conceptual Questions
52. Exercises
53. Ch 5: Gravity
54. The Concept of Gravity
55. Newton’s Gravity
56. The Law of Universal Gravitation
57. The Value of G
58. Gravity near Earth’s Surface
59. Satellites
60. Tides
61. How Far Does Gravity Reach?
62. The Field Concept
63. Summary
64. Key Terms
65. Conceptual Questions
66. Exercises
67. The Big Picture: The Discovery of Invariants
68. Ch 6: Momentum
69. Linear Momentum
70. Changing an Object’s Momentum
71. Conservation of Linear Momentum
72. Collisions
73. Investigating Accidents
74. Airplanes, Balloons, and Rockets
75. Summary
76. Key Terms
77. Conceptual Questions
78. Exercises
79. Ch 7: Energy
80. What Is Energy?
81. Energy of Motion
82. Conservation of Kinetic Energy
83. Changing Kinetic Energy
84. Forces That Do No Work
85. Gravitational Potential Energy
86. Conservation of Mechanical Energy
87. Roller Coasters
88. Other Forms of Energy
89. Is Conservation of Energy a Hoax?
90. Power
91. Summary
92. Key Terms
93. Conceptual Questions
94. Exercises
95. Ch 8: Rotation
96. Rotational Motion
97. Torque
98. Rotational Inertia
99. Center of Mass
100. Stability
101. Extended Free-Body Diagrams
102. Rotational Kinetic Energy
103. Angular Momentum
104. Conservation of Angular Momentum
105. Angular Momentum: A Vector
106. Summary
107. Key Terms
108. Conceptual Questions
109. Exercises
110. The Big Picture: Universality of Motion
111. Ch 9: Classical Relativity
112. A Reference System
113. Motions Viewed in Different Reference Systems
114. Comparing Velocities
115. Accelerating Reference Systems
116. Realistic Inertial Forces
117. Centrifugal Forces
118. Earth: A Nearly Inertial System
119. Noninertial Effects of Earth’s Motion
120. Summary
121. Key Terms
122. Conceptual Questions
123. Exercises
124. Ch 10: Einstein’s Relativity
125. The First Postulate
126. Searching for the Medium of Light
127. The Second Postulate
128. Simultaneous Events
129. Synchronizing Clocks
130. Time Varies
131. Experimental Evidence for Time Dilation
132. Length Contraction
133. Spacetime
134. Relativistic Laws of Motion
135. General Relativity
136. Warped Spacetime
137. Summary
138. Key Terms
139. Conceptual Questions
140. Exercises
141. The Big Picture: The Search for Atoms
142. Ch 11: Structure of Matter
143. Building Models
144. Early Chemistry
145. Chemical Evidence of Atoms
146. Masses and Sizes of Atoms
147. The Ideal Gas Model
148. Pressure
149. Atomic Speeds and Temperature
150. Temperature
151. The Ideal Gas Law
152. Summary
153. Key Terms
154. Conceptual Questions
155. Exercises
156. Ch 12: States of Matter
157. Atoms
158. Density
159. Solids
160. Liquids
161. Gases
162. Plasmas
163. Pressure
164. Sink and Float
165. Bernoulli’s Effect
166. Summary
167. Key Terms
168. Conceptual Questions
169. Exercises
170. Ch 13: Thermal Energy
171. The Nature of Heat
172. Mechanical Work and Heat
173. Temperature Revisited
174. Heat, Temperature, and Internal Energy
175. Absolute Zero
176. Specific Heat
177. Change of State
178. Conduction
179. Convection
180. Radiation
181. Wind Chill
182. Thermal Expansion
183. Summary
184. Key Terms
185. Conceptual Questions
186. Exercises
187. Ch 14: Available Energy
188. Heat Engines
189. Ideal Heat Engines
190. Perpetual-Motion Machines
191. Real Engines
192. Refrigerators
193. Order and Disorder
194. Entropy
195. Decreasing Entropy
196. Entropy and Our Energy Crisis
197. Summary
198. Key Terms
199. Conceptual Questions
200. Exercises
201. The Big Picture: Waves—Something Else That Moves
202. Ch 15: Vibrations and Waves
203. Simple Vibrations
204. The Pendulum
205. Clocks
206. Resonance
207. Waves: Vibrations That Move
208. One-Dimensional Waves
209. Superposition
210. Periodic Waves
211. Standing Waves
212. Interference
213. Diffraction
214. Summary
215. Key Terms
216. Conceptual Questions
217. Exercises
218. Ch 16: Sound and Music
219. Sound
220. Speed of Sound
221. Hearing Sounds
222. The Recipe of Sounds
223. Stringed Instruments
224. Wind Instruments
225. Percussion Instruments
226. Beats
227. Doppler Effect
228. Shock Waves
229. Summary
230. Key Terms
231. Conceptual Questions
232. Exercises
233. The Big Picture: The Mystery of Light
234. Ch 17: Light
235. Shadows
236. Pinhole Cameras
237. Reflections
238. Flat Mirrors
239. Multiple Reflections
240. Curved Mirrors
241. Images Produced by Mirrors
242. Locating the Images
243. Speed of Light
244. Color
245. Summary
246. Key Terms
247. Conceptual Questions
248. Exercises
249. Ch 18: Refraction of Light
250. Index of Refraction
251. Total Internal Reflection
252. Atmospheric Refraction
253. Dispersion
254. Rainbows
255. Halos
256. Lenses
257. Images Produced by Lenses
258. Cameras
259. Our Eyes
260. Magnifiers
261. Telescopes
262. Summary
263. Key Terms
264. Conceptual Questions
265. Exercises
266. Ch 19: A Model for Light
267. Reflection
268. Refraction
269. Interference
270. Diffraction
271. Thin Films
272. Polarization
273. Looking Ahead
274. Summary
275. Key Terms
276. Conceptual Questions
277. Exercises
278. The Big Picture: An Electrical and Magnetic World
279. Ch 20: Electricity
280. Electrical Properties
281. Two Kinds of Charge
282. Conservation of Charge
283. Induced Attractions
284. The Electroscope
285. The Electric Force
286. Electricity and Gravity
287. The Electric Field
288. Electric Field Lines
289. Electric Potential
290. Summary
291. Key Terms
292. Conceptual Questions
293. Exercises
294. Ch 21: Electric Current
295. An Accidental Discovery
296. Batteries
297. Pathways
298. A Water Model
299. Resistance
300. The Danger of Electricity
301. A Model for Electric Current
302. A Model for Voltage
303. Electric Power
304. Summary
305. Key Terms
306. Conceptual Questions
307. Exercises
308. Ch 22: Electromagnetism
309. Magnets
310. Electric Currents and Magnetism
311. Making Magnets
312. The Ampere
313. The Magnetic Earth
314. Charged Particles in Magnetic Fields
315. Magnetism and Electric Currents
316. Transformers
317. Generators and Motors
318. A Question of Symmetry
319. Electromagnetic Waves
320. Radio and TV
321. Summary
322. Key Terms
323. Conceptual Questions
324. Exercises
325. The Big Picture: The Story of the Quantum
326. Ch 23: The Early Atom
327. Periodic Properties
328. Atomic Spectra
329. Cathode Rays
330. The Discovery of the Electron
331. Thomson’s Model
332. Rutherford’s Model
333. Radiating Objects
334. The Photoelectric Effect
335. Bohr’s Model
336. Atomic Spectra Explained
337. The Periodic Table
338. X Rays
339. Summary
340. Key Terms
341. Conceptual Questions
342. Exercises
343. Ch 24: The Modern Atom
344. Successes and Failures
345. De Broglie’s Waves
346. Waves and Particles
347. Probability Waves
348. A Particle in a Box
349. The Quantum-Mechanical Atom
350. The Exclusion Principle and the Periodic Table
351. The Uncertainty Principle
352. The Complementarity Principle
353. Determinism
354. Lasers
355. Summary
356. Key Terms
357. Conceptual Questions
358. Exercises
359. The Big Picture: The Subatomic World
360. Ch 25: The Nucleus
361. The Discovery of Radioactivity
362. Types of Radiation
363. The Nucleus
364. The Discovery of Neutrons
365. Isotopes
366. The Alchemists’ Dream
367. Radioactive Decay
368. Radioactive Clocks
369. Radiation and Matter
370. Biological Effects of Radiation
371. Radiation around Us
372. Radiation Detectors
373. Summary
374. Key Terms
375. Conceptual Questions
376. Exercises
377. Ch 26: Nuclear Energy
378. Nuclear Probes
379. Accelerators
380. The Nuclear Glue
381. Nuclear Binding Energy
382. Stability
383. Nuclear Fission
384. Chain Reactions
385. Nuclear Reactors
386. Breeding Fuel
387. Fusion Reactors
388. Solar Power
389. Summary
390. Key Terms
391. Conceptual Questions
392. Exercises
393. Ch 27: Elementary Particles
394. Antimatter
395. The Puzzle of Beta Decay
396. Exchange Forces
397. Exchange Particles
398. The Elementary Particle Zoo
399. Conservation Laws
400. Quarks
401. Gluons and Color
402. Summary
403. Key Terms
404. Conceptual Questions
405. Ch 28: Frontiers
406. Gravitational Waves
407. Unified Theories
408. Cosmology
409. Cosmic Background Radiation
410. Dark Matter and Dark Energy
411. Neutrinos
412. Quarks, the Universe, and Love
413. The Search Goes On
414. Conceptual Questions
415. Appendix A: Nobel Laureates in Physics
416. Appendix B: Answers to Most Odd-Numbered Questions and Exercises
417. Glossary
418. Index

People also search:

physics a conceptual world view 7th edition pdf
physics a conceptual world view 7th edition answers

what are some physics concepts