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| Kittel C., Knight W., Ruderman M. — Berkeley physics course 1. Mechanics |
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| Ïðåäìåòíûé óêàçàòåëü |
"Big-bang" theory 318
 mesons see "Mesons"
Aberration 302—305 342
Absolute acceleration 110—111
Absolute velocity 115—116
Accelerated reference frames 102 111—115
Acceleration 44 51 58 60
Acceleration Coriolis 127—130
Acceleration gravitational 63—65 147 162 see
Acceleration in circular motion 44—46 127—130
Acceleration in Newton's second law 58 60
Acceleration in rotating system 127—130
Acceleration longitudinal of charge 376—378
Acceleration longitudinal of electron 74
Acceleration longitudinal of proton 73
Acceleration of center of mass 175—176 251—252
Acceleration of earth as a body 106—107
Acceleration of sun as a body 107—108
Acceleration relativistic 376—379
Acceleration transverse 75 379
Acceleration, absolute and relative 110—111
Acceleration, angular 193 248 251
Acceleration, centripetal 46 105 107
Accelerometer 112
Adams, J.C. 170
Age of universe 15 320
Alternating Current 209—212
Alternating electric field 92—93
Ampere 68
Amplitude 204 206 208
Analytic geometry, formulas 54
Angle change in special relativity 345
angles 52
Angular frequency (w) 46 207—208
Angular momentum (J) 174 185—197 240—266 281—287 291
Angular momentum (J) about center of mass 188—189 243—244
Angular momentum (J) in solar system 195—196
Angular momentum (J), conservation of 14 185—197
Angular momentum (J), spin 189
Angular momentum (J), vector 255—256
Angular velocity (w) 45—46 241—263
Angular velocity (w) of earth 67
Anharmonic oscillator 202 224—226
Antiproton (p) 387
Antiproton threshold 387
Archimedes principle 223
Area of ellipse 284 287
Area of parallelogram 39
Associative law 31
Astronomical unit (AU) 288
Atomic mass unit 364
Atwood's machine 85 168
Available energy in collision 385
Average kinetic and potential energy 213—214 219—220
Axes of ellipse 284 287
Axes principal 258
Axes rotating 127 259
Bending of light rays by sun 12 13 404
Bergstrand, E. 301 309
Bertozzi, W. 320
Bessel, F.W. 322 407
Bevatron 19
Binary star 109
Binding energy 363—365
Binomial expansion 53
Black hole 404
Bohr theory of hydrogen atom 369
Bondi, H. 12
Bradley, James 302—305
Bridgman, P.W. 109
Brookhaven National Laboratory 19
Bubble chamber 79
c, constant 300—301
c, constant, ultimate speed 320—321
Capacitance 202 210—212
Cartesian coordinate system 34 38
Cavendish experiment 66 398
Cavity resonator 306—307
Cells of living matter 4—7
Center of gravity 188
Center of mass 175—181 242 251—252 290
Center of percussion 265
Center-of-mass reference frame 122 176—181 382—389
Centimeter, definition 62
Central force 66 190 270
Centrifugal force 104 111 113 194
Centrifugal potential energy 194 295
centripetal acceleration 46 67 77 113 128 193
Centripetal force 113 128 130 256
Cerenkov effect 300
Ceres, discovery of 170
CERN (Conseil Europeen pour la Recherche Nucleaire) 19 387
cgs units 61—62 67—72
Chain rule 51
Chain, falling 184—185
Charge elementary 69
Charge, constancy of 369
Charged particles in constant electric field 73—75 376—380
Charged particles in magnetic field 76—82 380—382
Charged particles in uniform alternating electric field 92—93
Chemical reactions 123
Circuit LC 209—211
Circuit LCR 212
Circular disk 260
circular motion 44—46 66—67 77 283—284
Circular orbit 66—67
Classical package 108 174
clocks 117—118
Clocks accelerated 344
Clocks, time dilation of 333—339
Coefficient of restitution 198
Cogwheel apparatus (Fizeau) 305
Colliding beam machines 378
Collision elastic 84 178—182
Collision inelastic 122 179
Collision inelastic with internal excitations 179
Collision inelastic, energy from 382—387
Collision inelastic, heavy and light particles 123—124
Collision inelastic, relativistic 360
Collision inelastic, sticking together 176—177
Collision kinematics 34—35 179—182
Collision of atom and molecule 123
Collision of particles 82—85
Collision relativistic dynamics 385—387
comet 367
Comet radiation pressure in tail 367
Complex conjugate 234
complex numbers 234—235
Components cartesian 34—36
Components radial and transverse 44 282
Compound pendulum 253—254
Compresed spring 362
Compton effect 387—389
Conic section 283
Conservation laws 136—171 174—199 350—354
Conservation of angular momentum 14 187 190
Conservation of energy 136—137 174 204—206
Conservation of energy and momentum, relativistic 350—359
Conservation of linear momentum 14 59 82—85 120—124 174—175
Conservative forces 152—155
Contact forces 61 86—89
Contraction and angular acceleration 193
Contraction, length 329—333
Conversion factors 70 72—73
Coordinate systems 29 38 54 116—118 318
Coriolis acceleration 127—130
Coriolis force 127—130
Cosines direction 35
Cosines, Law of 35
Cosmic-ray particles 370
| Coulomb force 68 270
Coulomb's law 67—68
Coulomb, charge unit 68 73
Critical damping 218 234
Cross product see "Vector(s) vector
Curvature of space 10—12
Cyclic order (permutations) 39
Cycloid 130—131
Cyclotron 82 94—99 126
Cyclotron frequency 77 381
Cyclotron radius 78 381
Cyclotron relativistic 380 381
Damped harmonic oscillator 217—220 226—231
Damping coefficient 214 234
Damping force 214—216
De Moivre's theorem 53 234
Deflection of photons 404
density 103
Deoxyribonucleic acid (DNA) 4 6—7
Derivatives, vector 40—44
Determinants 38—39
Deuteron 363
Diatomic molecule 293
Dicke, R. 66
Differential equations 93—94 231—234
Differentiation 51—52
Differentiation of products of vectors 131—132
Differentiation of trigonometric functions 52
Differentiation of vectors 40—14
Differentiation partial 156—157
Dilation, time 333—339
dimensions 62—63 68—72 78 80
Dirac, P.A.M. 7
Direction cosines 35
Disintegration energies 363
Dispersive medium 301
DNA (deoxyribonucleicacid) 4 6—7
Doppler effect 317—320 342—344 388—389
Doppler effect longitudinal 342—344
Doppler effect relativistic 342—344
Doppler effect transverse 344
Doppler shift see "Doppler effect" "Red
Dot product see "Scalar product"
Draconis, star 302
Driven harmonic oscillator 221—222 226—231
Durbin, R.P. 337
Dushman, L. 363
Dynamics of rigid bodies 240—263
Dynamics particle 58—89
Dynamics relativistic 350—370 376—389
Dyne 58
Earth as reference frame 105—106
Earth center of force 66—67
Earth data 288
Earth ellipsoidal shape 105
Earth noninertial reference frame 105—106 114—115 127—129 399
Eccentrictiy (e) 283—288
Eclipses of Io, satellite of Jupiter 301—302 322
Effective centrifugal potential energy 198—199 295
Einstein, Albert 13 15 111 372—373 405
Einstein, Albert, General Theory of Relativity 398—407
Einstein, Albert, principle of equivalence 398—407
Einstein, Albert, Special Theory of Relativity 326—344
Electric charge 68—69
electric field 69—70 72—76 376—380
Electric field and magnetic crossed 130—131
Electric field intensity (E) 69—74
Electric field, alternating 92—93
Electric forces 67—70 72—76 164—167
Electrodynamics, laws of 6 372
Electromagnetic waves 36
Electron volts (eV) 165—166
Electron(s) acceleration 74—75
Electron(s) bound to a proton 197
Electron(s) charge 69
Electron(s) mass 72
Electron(s), classical radius of 278—279
Electron-positron pair 292 382
Electrostatic force 68—70 270
Electrostatic potential 159—161 164—165
Electrostatic self-energy 277—278
Elementary charge (e) 69
Elementary particles 136 263
Elevator, freely falling 113—114
ellipse 54 283—288
Ellipse, area of 287
Energy function 138
Energy levels of positronium 292
Energy of harmonic oscillator 204—206 213—214 218—220
Energy relativistic 355—368 378—387
Energy solar 364—365
Energy stellar 364—365
Energy threshold 376 382—387
Energy, conservation of 84 137—166
Energy, conversion between kinetic and potential 149—152
Energy, function 143—144
Eotvos, R. 66 399—400
Equation of motion 60 241
Equilibrium 50 279
Equilibrium stable 156—157 213 279
Equilibrium unstable 156
Equipotential surfaces 278 280
Equivalence of mass and energy 362—365 372—373
Equivalence, Einstein, principle of 406—407
Erg 139
Escape velocity 161—163
Essen, L. 307
Ether 310 312
Ether drift 312 316
Euclidean geometry 8—13 29
Euler's equations 250 259—260
Expansion in series 53 75 81
Exponential function 52—53
External agent 139—140 148—149
External forces 176 240
Fermi, E. 15
Feynman, R.P. 7
Fictitious forces 111—115 129
Fields crossed 130—131
Fields electric 69—70 72—75 376—379
Fields gravitational 60 63 104
Fields magnetic 70—72 76—82 380—382
Fields scalar and vector 47
Fitzgerald Contraction 329—332
Fixed stars 106—108
Fizeau's cogwheel apparatus 305
Force(s) and potential energy 155—157
Force(s) central 66 153—154 186—187 270
Force(s) centrifugal 104—105 111 113 194
Force(s) centripetal 113 130 256
Force(s) conservative 152—155
Force(s) contact 61 86—89
Force(s) Coriolis 127—130
Force(s) damping 214—221 226—236
Force(s) electrostatic 60 67—70
Force(s) fictitious 111—115 129
Force(s) field 60—61 139—143
Force(s) friction 86—89 154—155 214—215 250—252
Force(s) gravitational 63—67 106 139—141 205 250—252 254 270—271
Force(s) in Newton's Second Law 58 60 104
Force(s) inverse-square-law 66 270—293
Force(s) linear restoring 149—150 202—204 233
Force(s) Lorentz 72
Force(s) magnetic 40 60 71—72 76—78 380—382
Force(s) noncentral 154—155
Force(s) on ladder 197
Force(s) relativistic 368—369
Force(s) resistive 183 232—233
Force(s) two-body 154
Force(s), units of 58
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