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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 |
Reduced-mass effect 1159
Reference beam 1065
Reference frames see “Frames of reference”
Reference point choosing 290—291
Reference point, role of 289
Reflected pulses 448—449
Reflected pulses, amplitudes of 450
Reflected pulses, uses for 451
Reflected rays 979
Reflected waves 457
Reflected waves, interference of 439
Reflecting telescopes 1021
Reflection 979—981 991
Reflection grating 1052
Reflection, corner reflectors 980
Reflection, energy in 982—983
Reflection, interference from 1037—1042
Refracted rays 981
Refracting surfaces, sign conventions for 1009
Refracting telescope 1021
Refraction 981—982 991 1023
Refraction and optical effects 982
Refraction, energy in 982—983
Refraction, index of 976—977
Refraction, spherical mirrors 1009—1014
Refrigerators 588—590
Reinforced concrete 328
Relative motion 77—80
Relative motion and reference frames 91—92
Relative velocity in elastic, collisions 221
Relativistic addition of velocities 1088—1090
Relativistic Doppler shift 1085—1090
Relativistic Doppler shift, Doppler shift for light and cosmology 1086—1088
Relativistic Doppler shift, relativistic addition of velocities 1088—1090
Relativistic momentum 1097 1105
Relativity 1240 1246 1258;
Relativity, Einstein postulates 1076—1077
Relativity, general theory of 7 339 357 504
Relativity, length contraction 1082—1084
Relativity, Lorentz transformations 1090—1096
Relativity, Michelson — Morley experiment 1074—1076
Relativity, momentum and energy in special relativity momentum 1096—1101
Relativity, relativistic Doppler shift 1085—1090
Relativity, space, time and simultaneity 1078—1079
Relativity, Special Theory of 1073—1111
Relativity, time dilation 1079—1082
Relativity, twin paradox 1082
Resistance 745
Resistance in series and in parallel 749—750
Resistance internal 768—769
Resistance, negative 1206
Resistive circuit 921
Resistivity and conductivity 746—748
Resistivity, free-electron model of 750—752
Resistivity, temperature dependence of 748
resistors 745—746
Resistors in parallel 740—750
Resistors in series 749
Resistors, carbon film 757
Resistors, color-coded 745
Resistors, defined 745
Resistors, shunt 788
Resistors, wire-wound 757
Resolution of diffraction gratings 1054—1056
Resolution of microscopes 1059
Resolution of optical instruments 1059—1062
Resolution of telescopes 1059 1061—1062
Resolving power of diffraction grating 1055
Resonance 385 421 887 926 1014
Resonance and uncertainty 387—388
Resonance in driven RLC circuits 929
Resonance peak 929
Resonance, properties of 386—387
Resonant behavior 926
Resources, annual usage of A-4
Rest energy 1099
Restoring force 366—367 371 373 377 388 398 399
Restoring force and wave speed 409—410
Resultant vector 17
retina 1018
Reverse bias voltage 1195
Reversible processes 516—517
Reynolds number 452—483
rf (radio-frequency) range 891
RHIC collider 1253
Rhythmic motion 366
Right-hand plane 248
Right-hand rule for axes 21
Right-hand rule for torque 261 270 273 285 304
Right-hand rule for vector product 282 283—284 305
Right-hand rule in rotations 248 272 282 299
Rigid bodies 246
Rigid bodies gravity 316—317
Rigid bodies rotating 246—279
Rigid bodies rotating angular acceleration 249—250
Rigid bodies rotating angular velocity 247—249
Rigid bodies rotating rolling 267—272
Rigid bodies rotating torque 259—265
Rigid bodies rotating, acceleration of a point in 250—251
Rigid bodies rotating, rotational inertia 253—259
Rigid bodies, motions of 247
Rigid bodies, rotational kinetic energy 251—253
Rigid bodies, statics for 313—316
Ripple tank 443
RL circuits, analogy between RC circuits and 901
RL circuits, time dependence in 901—903
RLC circuits 905
RLC circuits, analogy between damped harmonic motion and 906
RLC circuits, damped oscillations in 905—908
RLC circuits, energy in 908—909
RMS (Root Mean Square) 930
rms speed 550
Rocket motion 234—236
Rocket motion in the presence of gravity 236
Rocket motion, thrust 235
Rockets 99
Rockets, burnout velocity 244
Roemer, Ole 975
Roentgen, Wilhelm 1063
Rolling 267—272
Rolling cylinder 267
Rolling, dynamics of 269—272
Rolling, energy in 268—269
Rolling, kinematics of 267—268
Root-mean-square (rms) speed 550
Rotating coil 868
Rotating rigid bodies, acceleration of a point in 250—251
Rotation axis 247
Rotational flow 474
Rotational inertia 252 253—259
Rotational inertia of simple solids 253
Rotational inertia, evaluation of 253—259
Rotational inertia, evaluation of, dumbbell 254—255
Rotational inertia, evaluation of, parallel-axis theorem 257—259
Rotational inertia, evaluation of, rod 256
Rotational inertia, evaluation of, solid cylinder 255—256
Rotational inertia, evaluation of, thin cylinder 255
Rotational kinetic energy 251—253
Rotational motion, collecting parallels between linear motion and 301
Rotational motion, dynamical equation 260—262
Rotational motion, molecules 1155—1156
Rotational motion, parallels between linear motion and 266—267
Rotations of rigid bodies 246—279
Rotations, about fixed axis 247 252
Rotations, dynamics of 288
Rotations, equations of motion for 269—270
Rotations, work-energy theorem for 299
Rowland ring 883
Rumford, Count (Benjamin Thompson) 521 526
Russian doll 1236—1237 1240 1244
| Rutherford, Ernest 237 1137—1138 1207—1210 1213 1239
Rydberg constant 1142 A-2
Rydberg, Johannes 1142
Salam, Abdus 141 1248
Satellites 339 345—349
Satellites, orbits, types of 346—348
Saturated nuclear force 1216
Saturation phenomenon 886
Savart, Felix 833
Scalar multiplication, vectors 18
Scalar product 160 161
Scalars 15
Scales 3—4
Scaling 558
Scaling, laws 22
Scaling, technique for integrals 558
Scanning microscopy 1199—1202
Scanning microscopy, atomic-force microscopy (AFM) 1201—1202
Scanning microscopy, scanning tunneling microscopy (STM) 195 706 1200—1201
Scattering, Bragg scattering arguments 1185
Scattering, Compton 1118 1239
Scattering, elastic 1239—1240
Scattering, inelastic 1239—1240
Schrieffer, Robert 755 1173
Schroedinger equation 1144
Schroedinger, Erwin 1144 1156
Science Kit & Boreal Laboratories 1250
Scientific method 2
Scientific notation 4—9
Scientific notation, distance 4
Scientific notation, length 5
Scientific notation, mass 4 6
Scientific notation, time 4 6
Scientific notation, unit prefixes 7—8
Sears Tower (Chicago) 352
Second (s) 4 6 7 A-1
Second law of motion 92—97 103 109 119—120 151 239 261 262 351—352 401
Second law of motion and force 93—95
Second law of motion and observers in different inertial frames 96—97
Second law of thermodynamics 755
Seismic waves 411
Seismograph 411
Selection rules 1146
Self-inductance 894; see also “Inductance”
Semi-major axis 348
Semi-minor axis 348
Semiconductor lasers 1199
Semiconductors 611 742 754 1185—1192 1202
Semiconductors and electrons 1188—1190
Semiconductors and energy gap 1187
Semiconductors and holes 1188—1190
Semiconductors extrinsic (impurity) 1190—1191
Semiconductors intrinsic 1189
Semiconductors light-emitting diodes (LEDs) 1195 1196
Semiconductors structures 1193—1199
Semiconductors temperature, effects of 1186—1187
Semiconductors transistors 1196
Semiconductors, biasing 1195—1196
Semiconductors, doping 1190—1192
Semiconductors, gap widths of 1186
semiconductors, N-type 1190
Semiconductors, optical effects in 1192
Semiconductors, p-n junction 1193—1195
semiconductors, P-type 1191
Semiempirical mass formula 1218 1231
Separation energy 1215
Series connection 722—723
Series connection of springs 391
Series connection, thermal 540—542 586
Series RLC circuits impedance 928
Series RLC circuits, AC in 926—929
Series RLC circuits, resonance in driven RLC circuits 929
Shapley, Harlow 1258
Shear force 410—411 464
shear modulus 327
Shear strain 326
Shear stress 326
Shear waves in solids 410—411
Sheet of current 946
Shell model 1217 1231
Shielded rooms see “Faraday cages”
Shirling cycle 587
Shockley, William 1196
Shockwaves 426—428
Shunt resistor 788
Shutter 1019
SI (Systeme Internationale) 5 A-1
SI (Systeme Internationale) base units A-1
SI (Systeme Internationale) conversion to non-SI units A-1
SI (Systeme Internationale) derived units A-1
SI unit A-1
Significant figures 10—11
Silicon, energy gap 754
Simple cubic lattice 323
simple harmonic motion 366 367—370
Simple harmonic motion and springs 371—374
Simple harmonic motion and uniform circular motion 368
Simple harmonic motion, amplitude of 372
Simple harmonic motion, energy of 374—377
Simple harmonic motion, frequency of 368 373
Simple harmonic motion, kinematics of 367—368
Simple harmonic motion, period of 367—368
Simple harmonic motion, phase of 367
Simple harmonic motion, properties of 368—369
Simple harmonic motion, relations among position velocity and acceleration in 369—370
Simple harmonic motion, velocity of 369—370
Simple machine 159
Simple magnifier 1020—1021
simple pendulum 139 199 378—381 388
Simple pendulum, accuracy of pendulum clock 379
Simple pendulum, energy of 380—381
Simultaneity 1078—1079
Single refracting surface, focal point, of 1010
Single-loop circuit 770
Single-slit diffraction 1056—1059
Single-slit diffraction, deriving single-slit intensity value 1059
Single-slit diffraction, intensity pattern of 1058
Siphon mechanism 484
Skyscrapers, sway of, reducing 386
Sliding friction 128—129
Sliding friction as nonconservative force 171
Slug 7
Smoke detectors, dependence on, charges 616
Snell's law 964 981 985—987 992 998 1009 1010 1023
Snell, Willebrord 981
Solar cells, operation of 1196
Solar cells, p-n junctions as 1195
Solar energy output A-4
Solar sail 968
Solar wind 803
Solenoids 828—832
Solenoids, magnetic field with 830
Solenoids, toroidal solenoid 831—832
Solenoids, turn density of 830
Solenoids, using Ampere's law to find the magnetic field in 829—831
Solids 463
Solids and forces 323—328
Solids, crystal 323—324
Solids, defects 323—324
Solids, lattice structure 323
Solids, magnetic properties of 874
Solids, shear waves in 410—411
Solids, strains 525—528
Solids, strength of 327—328
Solids, stresses 525—528
Solids, tensile strengths of 328
Solvay Conference 1927 1112
Sonic 422
Sound synthesizers 905
Sound, beats in 441—442
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