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| Fishbane P.M. — Physics For Scientists and Engineers with Modern Physics |
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Íàçâàíèå: Physics For Scientists and Engineers with Modern Physics
Àâòîð: Fishbane P.M.
ßçûê: 
Ðóáðèêà: Ôèçèêà/
Ñòàòóñ ïðåäìåòíîãî óêàçàòåëÿ: Ãîòîâ óêàçàòåëü ñ íîìåðàìè ñòðàíèö
ed2k:
Èçäàíèå: 3rd edition
Ãîä èçäàíèÿ: 2005
Êîëè÷åñòâî ñòðàíèö: 1376
Äîáàâëåíà â êàòàëîã: 19.11.2008
Îïåðàöèè: Ïîëîæèòü íà ïîëêó |
Ñêîïèðîâàòü ññûëêó äëÿ ôîðóìà | Ñêîïèðîâàòü ID
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| Ïðåäìåòíûé óêàçàòåëü |
Monopoles 826
Moon, corner reflectors on 980
Morley, Edward W. 1074
Motion 87
Motion in two and three dimensions 60—86
Motion in two or three dimensions 195—197
Motion in two or three dimensions, central forces 197
Motion in two or three dimensions, potential energy for projectile motion 196—197
Motion with constant acceleration 40—41 66—68
Motion, acceleration 64—65
Motion, angular, work and energy in 299—301
Motion, damped harmonic 383—385
Motion, energy of an extended object in 300—301
Motion, equations of 109
Motion, finding 109—110
Motion, first law of, S9 —90
Motion, fluids in 474—75
Motion, graphing 34—36
Motion, linear 259 266—267
Motion, linear, parallels between rotational motion and 266—267
Motion, oscillary 366—396
Motion, periodic 192 366
Motion, projectile 68—73
Motion, projectile trajectory 69—71
Motion, relative 77—80
Motion, rhythmic 366
Motion, rocket 234—236
Motion, rotational, parallels between linear motion and 266—267
Motion, second law of 92—97 103 119—120 151 239 261 262 351—352 401
Motion, simple harmonic 366 367—370
Motion, simple harmonic and energy 374—377
Motion, simple harmonic and springs 371—374
Motion, simple harmonic, kinematics of 367—368
Motion, simple harmonic, properties of 368—369
Motion, simple harmonic, relations among position, velocity and acceleration in 369—370
Motion, straight-line 28—59
Motion, third law of 97—99 209 211 342
Motion, trajectories, representing 65—66
Motion, uniform circular 74—77 388
Motion, velocity 62—64
Motional EMF 855—856 861
Motional emf, forces and energy in 858—860
Mount Everest 355
Mount Palomar telescope 1022
Moving charged particles, deflection of 649—650
Muller, K. Alex 755
Multi-electron atoms and exclusion principle 1148—1151 1156
Multi-loop circuits, solving for the behavior of 783
Multilayer ceramic capacitors 728
Multimeters 776
Multiplets 1147
Muons 1081 1159 1243 1266
Muons, negative 1158 1243
Musical instruments 376 385 421 435 438
Mutual inductance 894—895; see also “Inductance”
n-carriers 1188 1202—1203
N-type semiconductors 754 1190
Nanoamps (nA) 739
Nanometer (nm) 8
Narrowing in interference 446
NASA 73
National Institute of Standards and Technology 6
National Synchroton Light Source (Brookhaven National Laboratory) 1266
Natural frequency 383—384
Near point 1018—1019
Near-sightedness 1019
Negative resistance 1206
Neptune, discovery of 356
Net displacement 30
Net force 88 105
Network 153—154 156
Neutral equilibrium 193
Neutral pion 1110
Neutrinos 174 616 1101 1164 1243—1244
Neutrinos, association with muonic processes 1243
Neutrinos, interactions 1262
Neutron mass A-2
Neutron stars 275 297 298 353 465 1167—1168
Neutron stars, connection between pulsars and 1168
Neutron stars, isolated 1168
Neutrons 803 886—887 1119—1120 1210—1211
Neutrons, free 1223
New quantum numbers 1240—1244
New Technology Telescope 1061
Newton (N) 96 A-1
Newton's Laws 87—118 159
Newton's laws, applications of 119—150
Newton's laws, common forces 105—107 119—127
Newton's laws, common forces, constant forces 124—126
Newton's laws, common forces, gravity 119—121
Newton's laws, common forces, normal force 123
Newton's laws, common forces, tension 122—123
Newton's laws, drag forces 133—135
Newton's laws, external forces 105
Newton's laws, finding the motion 109—110
Newton's laws, first law of motion 89—90
Newton's laws, forces 88 91
Newton's laws, forces and circular motion 136—141
Newton's laws, forces identifying 103—109
Newton's laws, friction 727—733
Newton's laws, friction, coefficient of 129—131
Newton's laws, friction, forward-directing/backward-directing 132
Newton's laws, friction, kinetic 728—729
Newton's laws, friction, quantitative properties of 129—131
Newton's laws, friction, sliding 728—729
Newton's laws, friction, static 728—729
Newton's laws, fundamental forces 141—142
Newton's laws, internal forces 105
Newton's laws, inverse-square law 340—345
Newton's laws, inverse-square law, gravitational force, potential energy associated with 344
Newton's laws, inverse-square law, superposition principle 344—345 356
Newton's laws, inverse-square law, universal gravitation 341—343
Newton's laws, noninertial frames of reference 99—103
Newton's laws, second law of motion 92—97 103 109 119—120 151 239 261 262 351—352 401
Newton's laws, third law of motion 97—99 209 211 342
Newton's laws, universal gravitation 341
Newton's rings 1039—1040 1044
Newton's second law 797
Newton, Isaac 2—3 87 301 338—345 353 357 359—360 791 974 1039 1257
nodes 415
noise levels 422
Noise-canceling headphones 447
Noncircular orbits, properties of 348
Nonconservative forces 171—172 198—200
Nonconservative forces, friction as 171
Nonconservative forces, sliding friction as 171
Nonharmonic period waves 452
Noninertial forces 99
Noninertial frames of reference 99—103
Noninertial frames of reference and circular motion 140—141
Nonohmic materials 746
Nonpolar molecules 730
Nonrigid bodies angular momentum 296—298
Nonrigid bodies astrophysical example 297—298
Normal force 91 106 123
Normalization condition 555
North pole 792
Northern lights, Earth's magnetic, field and 803
nozzles 476
nth harmonic 416 419
Nuclear energy 151
Nuclear fission 1120—1121 1219
Nuclear force 141
Nuclear fusion 1219
Nuclear magnetic resonance (NMR) 886—888 889 1215
Nuclear magnetron 1010 1216
Nuclear physics 1207—1235
Nuclear physics, applications of 1227—1230
Nuclear physics, fission 1224—1226
Nuclear physics, fusion 1226—1227
| Nuclear physics, nuclear power generation 1228—1230
Nuclear physics, nuclear power generation, controlled fission 1228
Nuclear physics, nuclear power generation, controlled nuclear fusion 1228—1229
Nuclear physics, nuclear reactions, energetics of 1219—1220
Nuclear physics, radioactivity 1220—1224
Nuclear physics, radioactivity, alpha decay 1222
Nuclear physics, radioactivity, beta decay 1222—1224
Nuclear physics, radioisotopes 1228
Nuclear physics, radiometric dating 1227
Nuclear submarines 294
Nuclei 549
Nucleon-nucleon force 1010
Nucleons 1005 1211 1245
Nucleus, binding energies 1212—1213
Nucleus, compound 1014
Nucleus, daughter 1221
Nucleus, discovery of 1207 1231
Nucleus, liquid-drop model 1217—1219
Nucleus, magnetic dipole moments 1215—1216
Nucleus, nuclear constituents 1207—1209
Nucleus, nuclear forces/models 1216—1217
Nucleus, nuclear masses 1212—1213
Nucleus, parent 1221
Nucleus, scattering distributions 1209—1211
Nucleus, shell model 1217
Nucleus, size/internal distribution of mass and charge 1213—1215
Nucleus, spin 1215—1216
Nucleus, static properties of 1207—1216
Nucleus, terminology 1211
Nuclides 1211
Nuclides, stability of 1214—1215
Null experiments 675
Null vector 78
Number density 742
Nutation 303
Object 999
objective lens 1018
Objective lens, refracting telescope 1021
Observation 2
Occupied energy level 1138
Ocular 1018
Oersted, Hans Christian 610 791 807 820—821
Ohm ( ) 745 A-1
Ohm's law 745 746 758
Ohmic heating 756
Ohmic material 745
Ohmmeters 776 783
Oil drop experiment 659—660
Olbers' paradox 1257—1258
Olbers, Heinrich 1258
OMEGA system, University of Rochester 1171
Onnes, H. Kammerlingh 755
Optic nerve 1018
Optical devices, antireflective, coatings 1042
Optical effects in semiconductors 1192
Optical flat 1040
Optical instruments 1018—1022 1024; “Lenses”
Optical instruments, angular magnification 1019—1020
Optical instruments, camera 1019
Optical instruments, reflecting telescopes 1021
Optical instruments, resolution of 1059—1062
Optical instruments, simple magnifier 1020—1021
Optical instruments, telescope 1021—1022
Optical interferometers 1042—1044
Optical molasses 1171
Optical pyrometer 503
optical tweezers 955—956
Optics, adaptive 1022
Optics, fiber 984
Optics, geometric 979 998 1022 1023 1029 1033
Optics, physical 1029
Optics, ray see “Geometric optics”
Orbital magnetic dipole moment 879
Orbits 339
Orbits, closed 341
Orbits, geosynchronous 362
Orbits, noncircular, properties of 348
Orbits, parabolic 346
Orbits, types of 346—348
Order 598 1033
Order-of-magnitude calculation 14
Orders of magnitude for length 5
Orders of magnitude for mass 6
Orders of magnitude for time 6
Orthogonality of fields 950
Oscillary motion 366—396
Oscillary motion and circular motion 370—371
Oscillary motion, damped harmonic motion 383—385
Oscillary motion, driven harmonic motion 385—388
Oscillary motion, driven harmonic motion, equations of motion for 385—386
Oscillary motion, driven harmonic motion, resonance and uncertainty 387—388
Oscillary motion, driven harmonic motion, resonance, properties of 386—387
Oscillary motion, physical pendulum 381—382
Oscillary motion, simple harmonic motion 367—370
Oscillary motion, simple harmonic motion and springs 371—374
Oscillary motion, simple harmonic motion, kinematics of 367—368
Oscillary motion, simple harmonic motion, properties of 368—369
Oscillary motion, simple harmonic motion, relations among position, velocity and acceleration in 369—370
Oscillary motion, simple pendulum 378—381 388
Oscillary motion, simple pendulum, accuracy of pendulum clock 379
Oscillary motion, simple pendulum, energy of 380—381
Oscillation frequency 1122
Otto cycle 587
Otto, Nikolaus 587
Outward radial direction 695
Overdamping 384 901
Ozone 952
p-carriers 1188 1202—1203
p-n junction 1193—1195
p-type semiconductors 755 1191
Pair production 1110
Pairs, tunneling of 1174—1176
parabola 341
Parabolic motion of projectiles 69
Parabolic orbit 346
Parallel connection 722
Parallel connection of thermal resistance 525
Parallel-axis theorem 257—259
Parallel-plate capacitors 696 731
Paramagnetic materials 875 877 888—889
Paramagnetism 877 884—886
Paraxial rays 1001 1009
Parent nucleus 1221
Parsec (pc) 8 A-1
Partial derivatives 401
Partial pressures, law of 572
Particle accelerators, scattering experiments carried out with 1237
Particle identification 1257
Particle physics, tools of 1252—1257
Particle physics, tools of, accelerators 1252—1256
Particle physics, tools of, detectors 1256—1257
Particle-Beam Fusion Accelerator II (Sandia National Laboratories) 1230
Particles 1236—1289
Particles, antimatter, discovery of 1240—1241
Particles, baryon number 1241
Particles, bosons 1162
Particles, fermions 1162
Particles, leptons 1242—1216
Particles, new quantum numbers 1240—1244
Pascal's principle 467
Pascal, Blaise 466
Pascals (Pa) 466 A-1
Path dependence 169—172
Path dependence of entropy 600
Path dependence of heat flow 519—520
Path dependence, friction 169—170
Path dependence, gravity 169
Path dependence, spring force 170
Path-length difference 1032
Pauli exclusion principle 753 1147—1151 1156 1178
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