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Book Details
Abstract
For Introductory Calculus-based Physics Courses.
Putting physics first
Based on his storied research and teaching, Eric Mazur’s Principles & Practice of Physics builds an understanding of physics that is both thorough and accessible. Unique organization and pedagogy allow students to develop a true conceptual understanding of physics alongside the quantitative skills needed in the course.
- New learning architecture: The book is structured to help students learn physics in an organized way that encourages comprehension and reduces distraction.
- Physics on a contemporary foundation: Traditional texts delay the introduction of ideas that we now see as unifying and foundational. This text builds physics on those unifying foundations, helping students to develop an understanding that is stronger, deeper, and fundamentally simpler.
- Research-based instruction: This text uses a range of research-based instructional techniques to teach physics in the most effective manner possible.
The result is a groundbreaking book that puts physics first, thereby making it more accessible to students and easier for instructors to teach. MasteringPhysics® works with the text to create a learning program that enables students to learn both in and out of the classroom.
This program provides a better teaching and learning experience for you and your students. Here’s how:
- Build an integrated, conceptual understanding of physics: Help students gain a deeper understanding of the unified laws that govern our physical world through the innovative chapter structure and pioneering table of contents.
- Encourage informed problem solving: The separate Practice Volume empowers students to reason more effectively and better solve problems.
- Personalize learning with MasteringPhysics: MasteringPhysics provides students with engaging experiences that coach them through physics with specific wrong-answer feedback, hints, and a wide variety of educationally effective content.
MasteringPhysics is not included. Students, if MasteringPhysics is a recommended/mandatory component of the course, please ask your instructor for the correct ISBN and course ID. MasteringPhysics is not a self-paced technology and should only be purchased when required by an instructor. Instructors, contact your Pearson representative for more information.
MasteringPhysics is an online homework, tutorial, and assessment product designed to personalize learning and improve results. With a wide range of interactive, engaging, and assignable activities, students are encouraged to actively learn and retain tough course concepts.
Table of Contents
Section Title | Page | Action | Price |
---|---|---|---|
Principles of Physics | Cover 1 | ||
Cover\r | Cover 1 | ||
Brief Contents | 3 | ||
About the Author | 4 | ||
To the Student | 5 | ||
To the Instructor | 6 | ||
Acknowledgments | 10 | ||
Detailed Contents | 12 | ||
Chapter 1: Foundations | 19 | ||
1.1 The scientific method | 20 | ||
1.2 Symmetry | 22 | ||
1.3 Matter and the universe | 24 | ||
1.4 Time and change | 26 | ||
1.5 Representations | 27 | ||
1.6 Physical quantities and units | 32 | ||
1.7 Significant digits | 35 | ||
1.8 Solving problems | 38 | ||
1.9 Developing a feel | 41 | ||
Chapter Glossary | 45 | ||
Chapter 2: Motion in One Dimension | 46 | ||
2.1 From reality to model | 47 | ||
2.2 Position and displacement | 48 | ||
2.3 Representing motion | 50 | ||
2.4 Average speed and average velocity | 52 | ||
2.5 Scalars and vectors | 57 | ||
2.6 Position and displacement vectors | 59 | ||
2.7 Velocity as a vector | 63 | ||
2.8 Motion at constant velocity | 64 | ||
2.9 Instantaneous velocity | 66 | ||
Chapter Glossary | 70 | ||
Chapter 3: Acceleration | 71 | ||
3.1 Changes in velocity | 72 | ||
3.2 Acceleration due to gravity | 73 | ||
3.3 Projectile motion | 75 | ||
3.4 Motion diagrams | 77 | ||
3.5 Motion with constant acceleration | 81 | ||
3.6 Free-fall equations | 84 | ||
3.7 Inclined planes | 87 | ||
3.8 Instantaneous acceleration | 88 | ||
Chapter Glossary | 92 | ||
Chapter 4: Momentum | 93 | ||
4.1 Friction | 94 | ||
4.2 Inertia | 94 | ||
4.3 What determines inertia? | 98 | ||
4.4 Systems | 99 | ||
4.5 Inertial standard | 104 | ||
4.6 Momentum | 105 | ||
4.7 Isolated systems | 107 | ||
4.8 Conservation of momentum | 112 | ||
Chapter Glossary | 118 | ||
Chapter 5: Energy | 119 | ||
5.1 Classification of collisions | 120 | ||
5.2 Kinetic energy | 121 | ||
5.3 Internal energy | 123 | ||
5.4 Closed systems | 126 | ||
5.5 Elastic collisions | 130 | ||
5.6 Inelastic collisions | 133 | ||
5.7 Conservation of energy | 134 | ||
5.8 Explosive separations | 136 | ||
Chapter Glossary | 138 | ||
Chapter 6: Principle of Relativity | 139 | ||
6.1 Relativity of motion | 140 | ||
6.2 Inertial reference frames | 142 | ||
6.3 Principle of relativity | 144 | ||
6.4 Zero-momentum reference frame | 148 | ||
6.5 Galilean relativity | 151 | ||
6.6 Center of mass | 155 | ||
6.7 Convertible kinetic energy | 160 | ||
6.8 Conservation laws and relativity | 163 | ||
Chapter Glossary | 165 | ||
Chapter 7: Interactions | 166 | ||
7.1 The effects of interactions | 167 | ||
7.2 Potential energy | 170 | ||
7.3 Energy dissipation | 171 | ||
7.4 Source energy | 174 | ||
7.5 Interaction range | 176 | ||
7.6 Fundamental interactions | 178 | ||
7.7 Interactions and accelerations | 182 | ||
7.8 Nondissipative interactions | 183 | ||
7.9 Potential energy near Earth’s surface | 186 | ||
7.10 Dissipative interactions | 189 | ||
Chapter Glossary | 193 | ||
Chapter 8: Force | 194 | ||
8.1 Momentum and force | 195 | ||
8.2 The reciprocity of forces | 196 | ||
8.3 Identifying forces | 198 | ||
8.4 Translational equilibrium | 199 | ||
8.5 Free-body diagrams | 200 | ||
8.6 Springs and tension | 202 | ||
8.7 Equation of Motion | 206 | ||
8.8 Force of gravity | 209 | ||
8.9 Hooke’s law | 210 | ||
8.10 Impulse | 212 | ||
8.11 Systems of two interacting objects | 214 | ||
8.12 Systems of many interacting objects | 216 | ||
Chapter Glossary | 219 | ||
Chapter 9: Work | 220 | ||
9.1 Force displacement | 221 | ||
9.2 Positive and negative work | 222 | ||
9.3 Energy diagrams | 224 | ||
9.4 Choice of system | 226 | ||
9.5 Work done on a single particle | 231 | ||
9.6 Work done on a many-particle system | 234 | ||
9.7 Variable and distributed forces | 238 | ||
9.8 Power | 241 | ||
Chapter Glossary | 243 | ||
Chapter 10: Motion in a Plane | 244 | ||
10.1 Straight is a relative term | 245 | ||
10.2 Vectors in a plane | 246 | ||
10.3 Decomposition of forces | 249 | ||
10.4 Friction | 252 | ||
10.5 Work and friction | 253 | ||
10.6 Vector algebra | 256 | ||
10.7 Projectile motion in two dimensions | 258 | ||
10.8 Collisions and momentum in two dimensions | 260 | ||
10.9 Work as the product of two vectors | 261 | ||
10.10 Coefficients of friction | 266 | ||
Chapter Glossary | 271 | ||
Chapter 11: Motion in a Circle | 272 | ||
11.1 Circular motion at constant speed | 273 | ||
11.2 Forces and circular motion | 277 | ||
11.3 Rotational inertia | 280 | ||
11.4 Rotational kinematics | 282 | ||
11.5 Angular momentum | 287 | ||
11.6 Rotational inertia of extended objects | 292 | ||
Chapter Glossary | 298 | ||
Chapter 12: Torque | 299 | ||
12.1 Torque and angular momentum | 300 | ||
12.2 Free rotation | 303 | ||
12.3 Extended free-body diagrams | 304 | ||
12.4 The vectorial nature of rotation | 306 | ||
12.5 Conservation of angular momentum | 311 | ||
12.6 Rolling motion | 315 | ||
12.7 Torque and energy | 320 | ||
12.8 The vector product | 322 | ||
Chapter Glossary | 325 | ||
Chapter 13: Gravity | 326 | ||
13.1 Universal gravity | 327 | ||
13.2 Gravity and angular momentum | 332 | ||
13.3 Weight | 335 | ||
13.4 Principle of equivalence | 338 | ||
13.5 Gravitational constant | 343 | ||
13.6 Gravitational potential energy | 344 | ||
13.7 Celestial mechanics | 347 | ||
13.8 Gravitational force exerted by a sphere | 352 | ||
Chapter Glossary | 354 | ||
Chapter 14: Special Relativity | 355 | ||
14.1 Time measurements | 356 | ||
14.2 Simultaneous is a relative term | 359 | ||
14.3 Space-time | 363 | ||
14.4 Matter and energy | 368 | ||
14.5 Time dilation | 373 | ||
14.6 Length contraction | 378 | ||
14.7 Conservation of momentum | 382 | ||
14.8 Conservation of energy | 386 | ||
Chapter Glossary | 391 | ||
Chapter 15: Periodic Motion | 392 | ||
15.1 Periodic motion and energy | 393 | ||
15.2 Simple harmonic motion | 395 | ||
15.3 Fourier’s theorem | 397 | ||
15.4 Restoring forces in simple harmonic motion | 399 | ||
15.5 Energy of a simple harmonic oscillator | 403 | ||
15.6 Simple harmonic motion and springs | 407 | ||
15.7 Restoring torques | 411 | ||
15.8 Damped oscillations | 414 | ||
Chapter Glossary | 417 | ||
Chapter 16: Waves in One Dimension | 418 | ||
16.1 Representing waves graphically | 419 | ||
16.2 Wave propagation | 422 | ||
16.3 Superposition of waves | 427 | ||
16.4 Boundary effects | 429 | ||
16.5 Wave functions | 434 | ||
16.6 Standing waves | 439 | ||
16.7 Wave speed | 442 | ||
16.8 Energy transport in waves | 444 | ||
16.9 The wave equation | 447 | ||
Chapter Glossary | 450 | ||
Chapter 17: Waves in Two and Three Dimensions | 451 | ||
17.1 Wavefronts | 452 | ||
17.2 Sound | 454 | ||
17.3 Interference | 457 | ||
17.4 Diffraction | 463 | ||
17.5 Intensity | 466 | ||
17.6 Beats | 469 | ||
17.7 Doppler effect | 472 | ||
17.8 Shock waves | 477 | ||
Chapter Glossary | 480 | ||
Chapter 18: Fluids | 481 | ||
18.1 Forces in a fluid | 482 | ||
18.2 Buoyancy | 487 | ||
18.3 Fluid flow | 489 | ||
18.4 Surface effects | 493 | ||
18.5 Pressure and gravity | 500 | ||
18.6 Working with pressure | 505 | ||
18.7 Bernoulli’s equation | 509 | ||
18.8 Viscosity and surface tension | 512 | ||
Chapter Glossary | 518 | ||
Chapter 19: Entropy | 519 | ||
19.1 States | 520 | ||
19.2 Equipartition of energy | 523 | ||
19.3 Equipartition of space | 525 | ||
19.4 Evolution toward the most probable macrostate | 527 | ||
19.5 Dependence of entropy on volume | 532 | ||
19.6 Dependence of entropy on energy | 537 | ||
19.7 Properties of a monatomic ideal gas | 541 | ||
19.8 Entropy of a monatomic ideal gas | 544 | ||
Chapter Glossary | 546 | ||
Chapter 20: Energy Transferred Thermally | 547 | ||
20.1 Thermal interactions | 548 | ||
20.2 Temperature measurement | 552 | ||
20.3 Heat capacity | 555 | ||
20.4 PV diagrams and processes | 559 | ||
20.5 Change in energy and work | 565 | ||
20.6 Isochoric and isentropic ideal gas processes | 567 | ||
20.7 Isobaric and isothermal ideal gas processes | 569 | ||
20.8 Entropy change in ideal gas processes | 573 | ||
20.9 Entropy change in nonideal gas processes | 577 | ||
Chapter Glossary | 579 | ||
Chapter 21: Degradation of Energy | 580 | ||
21.1 Converting energy | 581 | ||
21.2 Quality of energy | 584 | ||
21.3 Heat engines and heat pumps | 588 | ||
21.4 Thermodynamic cycles | 593 | ||
21.5 Entropy constraints on energy transfers | 598 | ||
21.6 Heat engine performance | 601 | ||
21.7 Carnot cycle | 605 | ||
21.8 Brayton cycle | 607 | ||
Chapter Glossary | 610 | ||
Chapter 22: Electric Interactions | 611 | ||
22.1 Static electricity | 612 | ||
22.2 Electrical charge | 613 | ||
22.3 Mobility of charge carriers | 616 | ||
22.4 Charge polarization | 620 | ||
22.5 Coulomb’s law | 624 | ||
22.6 Forces exerted by distributions of charge carriers | 628 | ||
Chapter Glossary | 632 | ||
Chapter 23: The Electric Field | 633 | ||
23.1 The field model | 634 | ||
23.2 Electric field diagrams | 636 | ||
23.3 Superposition of electric fields | 637 | ||
23.4 Electric fields and forces | 640 | ||
23.5 Electric field of a charged particle | 644 | ||
23.6 Dipole field | 645 | ||
23.7 Electric fields of continuous charge distributions | 647 | ||
23.8 Dipoles in electric fields | 652 | ||
Chapter Glossary | 656 | ||
Chapter 24: Gauss’s Law | 657 | ||
24.1 Electric field lines | 658 | ||
24.2 Field line density | 660 | ||
24.3 Closed surfaces | 661 | ||
24.4 Symmetry and Gaussian surfaces | 663 | ||
24.5 Charged conducting objects | 666 | ||
24.6 Electric flux | 670 | ||
24.7 Deriving Gauss’s Law | 672 | ||
24.8 Applying Gauss’s Law | 674 | ||
Chapter Glossary | 680 | ||
Chapter 25: Work and Energy in Electrostatics | 681 | ||
25.1 Electric potential energy | 682 | ||
25.2 Electrostatic work | 683 | ||
25.3 Equipotentials | 685 | ||
25.4 Calculating work and energy in electrostatics | 689 | ||
25.5 Potential difference | 692 | ||
25.6 Electrostatic potentials of continuous charge distributions | 698 | ||
25.7 Obtaining the electric field from the potential | 700 | ||
Chapter Glossary | 702 | ||
Chapter 26: Charge Separation and Storage | 703 | ||
26.1 Charge separation | 704 | ||
26.2 Capacitors | 706 | ||
26.3 Dielectrics | 710 | ||
26.4 Voltaic cells and batteries | 712 | ||
26.5 Capacitance | 715 | ||
26.6 Electric field energy and emf | 718 | ||
26.7 Dielectric constant | 721 | ||
26.8 Gauss’s law in dielectrics | 725 | ||
Chapter Glossary | 727 | ||
Chapter 27: Magnetic Interactions | 728 | ||
27.1 Magnetism | 729 | ||
27.2 Magnetic fields | 731 | ||
27.3 Charge flow and magnetism | 733 | ||
27.4 Magnetism and relativity | 736 | ||
27.5 Current and magnetism | 741 | ||
27.6 Magnetic flux | 743 | ||
27.7 Moving particles in electric and magnetic fields | 745 | ||
27.8 Magnetism and electricity unified | 749 | ||
Chapter Glossary | 752 | ||
Chapter 28: Magnetic Fields of Charged Particles in Motion | 753 | ||
28.1 Source of the magnetic field | 754 | ||
28.2 Current loops and spin magnetism | 755 | ||
28.3 Magnetic dipole moment and torque | 757 | ||
28.4 Ampèrian paths | 760 | ||
28.5 Ampère’s law | 764 | ||
28.6 Solenoids and toroids | 767 | ||
28.7 Magnetic fields due to currents | 770 | ||
28.8 Magnetic field of a moving charged particle | 773 | ||
Chapter Glossary | 776 | ||
Chapter 29: Changing Magnetic Fields | 777 | ||
29.1 Moving conductors in magnetic fields | 778 | ||
29.2 Faraday’s law | 780 | ||
29.3 Electric fields accompany changing magnetic fields | 781 | ||
29.4 Lenz’s law | 782 | ||
29.5 Induced emf | 787 | ||
29.6 Electric field accompanying a changing magnetic field | 791 | ||
29.7 Inductance | 793 | ||
29.8 Magnetic energy | 795 | ||
Chapter Glossary | 798 | ||
Chapter 30: Changing Electric Fields | 799 | ||
30.1 Magnetic fields accompany changing electric fields | 800 | ||
30.2 Fields of moving charged particles | 803 | ||
30.3 Oscillating dipoles and antennas | 806 | ||
30.4 Displacement current | 812 | ||
30.5 Maxwell’s equations | 816 | ||
30.6 Electromagnetic waves | 819 | ||
30.7 Electromagnetic energy | 824 | ||
Chapter Glossary | 828 | ||
Chapter 31: Electric Circuits | 829 | ||
31.1 The basic circuit | 830 | ||
31.2 Current and resistance | 832 | ||
31.3 Junctions and multiple loops | 834 | ||
31.4 Electric fields in conductors | 837 | ||
31.5 Resistance and Ohm’s law | 842 | ||
31.6 Single-loop circuits | 846 | ||
31.7 Multiloop circuits | 851 | ||
31.8 Power in electric circuits | 856 | ||
Chapter Glossary | 859 | ||
Chapter 32: Electronics | 860 | ||
32.1 Alternating currents | 861 | ||
32.2 AC circuits | 863 | ||
32.3 Semiconductors | 867 | ||
32.4 Diodes, transistors, and logic gates | 869 | ||
32.5 Reactance | 875 | ||
32.6 RC and RLC series circuits | 880 | ||
32.7 Resonance | 887 | ||
32.8 Power in AC circuits | 889 | ||
Chapter Glossary | 892 | ||
Chapter 33: Ray Optics | 893 | ||
33.1 Rays | 894 | ||
33.2 Absorption, transmission, and reflection | 895 | ||
33.3 Refraction and dispersion | 898 | ||
33.4 Forming images | 902 | ||
33.5 Snel’s law | 909 | ||
33.6 Thin lenses and optical instruments | 912 | ||
33.7 Spherical mirrors | 919 | ||
33.8 Lensmaker’s formula | 922 | ||
Chapter Glossary | 924 | ||
Chapter 34: Wave and Particle Optics | 926 | ||
34.1 Diffraction of light | 927 | ||
34.2 Diffraction gratings | 929 | ||
34.3 X-ray diffraction | 932 | ||
34.4 Matter waves | 936 | ||
34.5 Photons | 937 | ||
34.6 Multiple-slit interference | 941 | ||
34.7 Thin-film interference | 946 | ||
34.8 Diffraction at a single-slit barrier | 948 | ||
34.9 Circular apertures and limits of resolution | 949 | ||
34.10 Photon energy and momentum | 953 | ||
Chapter Glossary | 957 | ||
Appendix | 959 | ||
Appendix A: Notation | 959 | ||
Appendix B: Mathematics Review | 969 | ||
Appendix C: SI Units, Useful Data, and Unit Conversion Factors | 975 | ||
Appendix D: Center of Mass of Extended Objects | 979 | ||
Appendix E: Derivation of the Lorentz Transformation Equations | 980 | ||
Solutions to Checkpoints | 983 | ||
Credits | 1045 | ||
Index | 1047 | ||
Practice of Physics | Cover 2 | ||
Cover | Cover 2 | ||
Brief Contents | 1066 | ||
Getting the Most Out of Practice | 1067 | ||
Chapter 1: Practice Foundations | 1068 | ||
Chapter Summary | 1070 | ||
Review Questions | 1072 | ||
Developing a Feel | 1073 | ||
Worked and Guided Problems | 1074 | ||
Questions and Problems | 1077 | ||
Answers to Review Questions | 1082 | ||
Answers to Guided Problems | 1082 | ||
Chapter 2: Practice Motion in One Dimension | 1083 | ||
Chapter Summary | 1084 | ||
Review Questions | 1085 | ||
Developing a Feel | 1086 | ||
Worked and Guided Problems | 1087 | ||
Questions and Problems | 1093 | ||
Answers to Review Questions | 1100 | ||
Answers to Guided Problems | 1100 | ||
Chapter 3: Practice Acceleration | 1101 | ||
Chapter Summary | 1102 | ||
Review Questions | 1103 | ||
Developing a Feel | 1104 | ||
Worked and Guided Problems | 1105 | ||
Questions and Problems | 1109 | ||
Answers to Review Questions | 1117 | ||
Answers to Guided Problems | 1117 | ||
Chapter 4: Practice Momentum | 1118 | ||
Chapter Summary | 1119 | ||
Review Questions | 1120 | ||
Developing a Feel | 1121 | ||
Worked and Guided Problems | 1122 | ||
Questions and Problems | 1128 | ||
Answers to Review Questions | 1135 | ||
Answers to Guided Problems | 1135 | ||
Chapter 5: Practice Energy | 1136 | ||
Chapter Summary | 1137 | ||
Review Questions | 1138 | ||
Developing a Feel | 1139 | ||
Worked and Guided Problems | 1140 | ||
Questions and Problems | 1147 | ||
Answers to Review Questions | 1152 | ||
Answers to Guided Problems | 1152 | ||
Chapter 6: Practice Principle of Relativity | 1153 | ||
Chapter Summary | 1154 | ||
Review Questions | 1156 | ||
Developing a Feel | 1157 | ||
Worked and Guided Problems | 1158 | ||
Questions and Problems | 1164 | ||
Answers to Review Questions | 1171 | ||
Answers to Guided Problems | 1171 | ||
Chapter 7: Practice Interactions | 1172 | ||
Chapter Summary | 1173 | ||
Review Questions | 1175 | ||
Developing a Feel | 1176 | ||
Worked and Guided Problems | 1177 | ||
Questions and Problems | 1184 | ||
Answers to Review Questions | 1189 | ||
Answers to Guided Problems | 1190 | ||
Chapter 8: Practice Force | 1191 | ||
Chapter Summary | 1192 | ||
Review Questions | 1194 | ||
Developing a Feel | 1195 | ||
Worked and Guided Problems | 1196 | ||
Questions and Problems | 1203 | ||
Answers to Review Questions | 1211 | ||
Answers to Guided Problems | 1211 | ||
Chapter 9: Practice Work | 1212 | ||
Chapter Summary | 1213 | ||
Review Questions | 1214 | ||
Developing a Feel | 1215 | ||
Worked and Guided Problems | 1216 | ||
Questions and Problems | 1224 | ||
Answers to Review Questions | 1230 | ||
Answers to Guided Problems | 1231 | ||
Chapter 10: Practice Motion in a Plane | 1232 | ||
Chapter Summary | 1233 | ||
Review Questions | 1235 | ||
Developing a Feel | 1236 | ||
Worked and Guided Problems | 1237 | ||
Questions and Problems | 1246 | ||
Answers to Review Questions | 1254 | ||
Answers to Guided Problems | 1255 | ||
Chapter 11: Practice Motion in a Circle | 1256 | ||
Chapter Summary | 1257 | ||
Review Questions | 1258 | ||
Developing a Feel | 1259 | ||
Worked and Guided Problems | 1260 | ||
Questions and Problems | 1267 | ||
Answers to Review Questions | 1275 | ||
Answers to Guided Problems | 1275 | ||
Chapter 12: Practice Torque | 1276 | ||
Chapter Summary | 1277 | ||
Review Questions | 1279 | ||
Developing a Feel | 1280 | ||
Worked and Guided Problems | 1281 | ||
Questions and Problems | 1288 | ||
Answers to Review Questions | 1297 | ||
Answers to Guided Problems | 1298 | ||
Chapter 13: Practice Gravity | 1299 | ||
Chapter Summary | 1300 | ||
Review Questions | 1301 | ||
Developing a Feel | 1302 | ||
Worked and Guided Problems | 1303 | ||
Questions and Problems | 1309 | ||
Answers to Review Questions | 1314 | ||
Answers to Guided Problems | 1314 | ||
Chapter 14: Practice Special Relativity | 1315 | ||
Chapter Summary | 1316 | ||
Review Questions | 1318 | ||
Developing a Feel | 1319 | ||
Worked and Guided Problems | 1320 | ||
Questions and Problems | 1328 | ||
Answers to Review Questions | 1333 | ||
Answers to Guided Problems | 1333 | ||
Chapter 15: Practice Periodic Motion | 1334 | ||
Chapter Summary | 1335 | ||
Review Questions | 1338 | ||
Developing a Feel | 1339 | ||
Worked and Guided Problems | 1340 | ||
Questions and Problems | 1345 | ||
Answers to Review Questions | 1352 | ||
Answers to Guided Problems | 1352 | ||
Chapter 16: Practice Waves in One Dimension | 1353 | ||
Chapter Summary | 1354 | ||
Review Questions | 1356 | ||
Developing a Feel | 1357 | ||
Worked and Guided Problems | 1358 | ||
Questions and Problems | 1363 | ||
Answers to Review Questions | 1369 | ||
Answers to Guided Problems | 1369 | ||
Chapter 17: Practice Waves in Two and Three Dimensions | 1370 | ||
Chapter Summary | 1371 | ||
Review Questions | 1372 | ||
Developing a Feel | 1373 | ||
Worked and Guided Problems | 1374 | ||
Questions and Problems | 1378 | ||
Answers to Review Questions | 1383 | ||
Answers to Guided Problems | 1383 | ||
Chapter 18: Practice Fluids | 1384 | ||
Chapter Summary | 1385 | ||
Review Questions | 1387 | ||
Developing a Feel | 1388 | ||
Worked and Guided Problems | 1389 | ||
Questions and Problems | 1395 | ||
Answers to Review Questions | 1403 | ||
Answers to Guided Problems | 1404 | ||
Chapter 19: Practice Entropy | 1405 | ||
Chapter Summary | 1406 | ||
Review Questions | 1408 | ||
Developing a Feel | 1409 | ||
Worked and Guided Problems | 1410 | ||
Questions and Problems | 1414 | ||
Answers to Review Questions | 1421 | ||
Answers to Guided Problems | 1421 | ||
Chapter 20: Practice Energy Transferred Thermally | 1422 | ||
Chapter Summary | 1423 | ||
Review Questions | 1425 | ||
Developing a Feel | 1426 | ||
Worked and Guided Problems | 1427 | ||
Questions and Problems | 1433 | ||
Answers to Review Questions | 1439 | ||
Answers to Guided Problems | 1439 | ||
Chapter 21: Practice Degradation of Energy | 1440 | ||
Chapter Summary | 1441 | ||
Review Questions | 1444 | ||
Developing a Feel | 1445 | ||
Worked and Guided Problems | 1446 | ||
Questions and Problems | 1451 | ||
Answers to Review Questions | 1458 | ||
Answers to Guided Problems | 1459 | ||
Chapter 22: Practice Electric Interactions | 1460 | ||
Chapter Summary | 1461 | ||
Review Questions | 1462 | ||
Developing a Feel | 1463 | ||
Worked and Guided Problems | 1464 | ||
Questions and Problems | 1467 | ||
Answers to Review Questions | 1475 | ||
Answers to Guided Problems | 1475 | ||
Chapter 23: Practice The Electric Field | 1476 | ||
Chapter Summary | 1477 | ||
Review Questions | 1479 | ||
Developing a Feel | 1480 | ||
Worked and Guided Problems | 1481 | ||
Questions and Problems | 1486 | ||
Answers to Review Questions | 1493 | ||
Answers to Guided Problems | 1493 | ||
Chapter 24: Practice Gauss’s Law | 1494 | ||
Chapter Summary | 1495 | ||
Review Questions | 1497 | ||
Developing a Feel | 1498 | ||
Worked and Guided Problems | 1499 | ||
Questions and Problems | 1505 | ||
Answers to Review Questions | 1514 | ||
Answers to Guided Problems | 1515 | ||
Chapter 25: Practice Work and Energy in Electrostatics | 1516 | ||
Chapter Summary | 1517 | ||
Review Questions | 1519 | ||
Developing a Feel | 1520 | ||
Worked and Guided Problems | 1521 | ||
Questions and Problems | 1527 | ||
Answers to Review Questions | 1533 | ||
Answers to Guided Problems | 1533 | ||
Chapter 26: Practice Charge Separation and Storage | 1534 | ||
Chapter Summary | 1535 | ||
Review Questions | 1536 | ||
Developing a Feel | 1537 | ||
Worked and Guided Problems | 1538 | ||
Questions and Problems | 1543 | ||
Answers to Review Questions | 1548 | ||
Answers to Guided Problems | 1549 | ||
Chapter 27: Pactice Magnetic Interactions | 1550 | ||
Chapter Summary | 1551 | ||
Review Questions | 1553 | ||
Developing a Feel | 1554 | ||
Worked and Guided Problems | 1555 | ||
Questions and Problems | 1561 | ||
Answers to Review Questions | 1568 | ||
Answers to Guided Problems | 1569 | ||
Chapter 28: Practice Magnetic Fields of Charged Particles in Motion | 1570 | ||
Chapter Summary | 1571 | ||
Review Questions | 1573 | ||
Developing a Feel | 1574 | ||
Worked and Guided Problems | 1575 | ||
Questions and Problems | 1582 | ||
Answers to Review Questions | 1591 | ||
Answers to Guided Problems | 1592 | ||
Chapter 29: Practice Changing Magnetic Fields | 1593 | ||
Chapter Summary | 1594 | ||
Review Questions | 1595 | ||
Developing a Feel | 1596 | ||
Worked and Guided Problems | 1597 | ||
Questions and Problems | 1605 | ||
Answers to Review Questions | 1613 | ||
Answers to Guided Problems | 1614 | ||
Chapter 30: Practice Changing Electric Fields | 1615 | ||
Chapter Summary | 1616 | ||
Review Questions | 1617 | ||
Developing a Feel | 1618 | ||
Worked and Guided Problems | 1619 | ||
Questions and Problems | 1625 | ||
Answers to Review Questions | 1631 | ||
Answers to Guided Problems | 1632 | ||
Chapter 31: Practice Electric Circuits | 1633 | ||
Chapter Summary | 1634 | ||
Review Questions | 1636 | ||
Developing a Feel | 1637 | ||
Worked and Guided Problems | 1638 | ||
Questions and Problems | 1646 | ||
Answers to Review Questions | 1655 | ||
Answers to Guided Problems | 1656 | ||
Chapter 32: Practice Electronics | 1657 | ||
Chapter Summary | 1658 | ||
Review Questions | 1661 | ||
Developing a Feel | 1662 | ||
Worked and Guided Problems | 1663 | ||
Questions and Problems | 1669 | ||
Answers to Review Questions | 1677 | ||
Answers to Guided Problems | 1678 | ||
Chapter 33: Practice Ray Optics | 1679 | ||
Chapter Summary | 1680 | ||
Review Questions | 1683 | ||
Developing a Feel | 1684 | ||
Worked and Guided Problems | 1685 | ||
Questions and Problems | 1692 | ||
Answers to Review Questions | 1700 | ||
Answers to Guided Problems | 1701 | ||
Chapter 34: Practice Wave and Particle Optics | 1702 | ||
Chapter Summary | 1703 | ||
Review Questions | 1705 | ||
Developing a Feel | 1706 | ||
Worked and Guided Problems | 1707 | ||
Questions and Problems | 1711 | ||
Answers to Review Questions | 1717 | ||
Answers to Guided Problems | 1718 | ||
Appendix | 1720 | ||
Appendix A: Notation | 1720 | ||
Appendix B: Mathematics Review | 1730 | ||
Appendix C: SI Units, Useful Data, and Unit Conversion Factors | 1736 | ||
Answers to Selected Odd-Numbered Questions and Problems | 1740 | ||
Credits | 1780 |