766
Subject Index
255–256, 260, 269, 272, 274, 288, 290,
293, 295, 312, 332, 346, 384, 402, 425,
440, 442, 454, 461–462, 474, 476, 484,
487, 489, 496, 507, 526, 620, 629
F
Faraday’s law, 582–583, 596–599, 621,
625–629, 634–635, 647, 660,
683, 685
Field
combined, 505
electric, 459, 462, 464–477, 481–506,
508–509, 515, 517, 521, 523, 531, 533,
583–585, 595, 602–605, 626, 629, 634,
642–643, 647–648, 680–683, 689, 711
external, 621
force, 48
gravitational, 189, 195–196, 210–211, 482
magnetic, 579–580, 582–585, 590–593,
595–607, 612, 616, 619, 622, 627–629,
642–644, 647, 654, 657, 674–675,
681–684
potential, 250
Fluid dynamics, 391–408
Force
average, 59, 62, 628
centrifugal, 106, 119, 125, 130, 137, 166,
173, 400, 402
centripetal, 104–106, 116–118, 120–122,
133, 160, 204, 219, 225, 504, 516, 602
conservative, 48, 191, 292
coriolis, 137, 150, 188
damping, 253, 282
external, 40, 47–51, 59, 71, 122
frictional, 35, 67–68, 75, 104, 116,
118–122, 126, 133, 142, 145, 169, 242
gravitational, 47, 67–68, 70, 173, 189,
193–195, 202–204, 219, 225, 461, 468,
484, 489–490, 492, 496, 603, 620, 626
horizontal, 10, 52–53, 56
internal, 47–48
lateral, 150, 188
magnetic, 581, 593–595, 601–602, 604,
619–621, 626–627, 682
resultant, 49, 95, 113, 130, 204, 397, 594
stretching, 105, 454–455
vector, 9, 59, 406
G
Gauss’ law, 462–463, 473–476, 478, 481–482,
506–517, 524, 532–533, 634–635,
665–666, 668
Geometrical optics, 713–715, 725–728
Gravitation, 47, 67–68, 70, 88, 173, 189–233,
260, 296, 310, 336, 392, 461, 467–469,
482, 484, 489–490, 492, 496, 533, 603,
620, 626
Group velocity, 351–352, 375, 636, 649–650,
692–696, 698–699, 702
H
Hamiltonian mechanics, 287–338
Heat, 409–457
Heat transfer, 410–411, 418–420, 433–439
I
Instruments, 537–538, 544–547, 564–569
Interference, 339, 365, 636, 705–710, 717–722,
740–755
K
Kinematics, 1–46, 103–133
Kinetic theory of gases, 414–416, 425–429
Kirchhoff’s law, 538, 547–552, 569–578
L
Lagrangian mechanics, 287, 289
Latent heat, 419–420, 439–441
Loop-the-loop, 107, 112–114, 129–133, 144
M
Magnetic dipole moment, 581–582, 595,
622–625
Magnetic energy, 581–582, 592, 595, 622–625,
643, 670, 675, 679
Magnetic force, 581, 593–595, 619–622
Magnetic induction, 580–581, 587–593, 597,
606–619, 621, 634, 668, 684
Matter, 409–457
Maxwell’s equations, 634, 642–648,
665–696, 700
Moment of inertia, 9, 54–56, 135–136,
138–141, 146, 151–157, 161–163, 167,
169, 177, 180, 183, 248, 250, 268, 270,
274–275, 296
Motion in a horizontal plane, 104–105,
107–111, 114–123
Motion in a vertical plane, 106–107, 112,
123–128
Motion in 1-D, 1–6, 13–26
Motion in 2-D, 2, 6–8, 26–34
Motion of blocks on a plane, 52–53, 64–68
Motion of charged particles, 579–580,
583–587, 599–606
Motion on incline, 53–56, 68–75
Subject Index
255–256, 260, 269, 272, 274, 288, 290,
293, 295, 312, 332, 346, 384, 402, 425,
440, 442, 454, 461–462, 474, 476, 484,
487, 489, 496, 507, 526, 620, 629
F
Faraday’s law, 582–583, 596–599, 621,
625–629, 634–635, 647, 660,
683, 685
Field
combined, 505
electric, 459, 462, 464–477, 481–506,
508–509, 515, 517, 521, 523, 531, 533,
583–585, 595, 602–605, 626, 629, 634,
642–643, 647–648, 680–683, 689, 711
external, 621
force, 48
gravitational, 189, 195–196, 210–211, 482
magnetic, 579–580, 582–585, 590–593,
595–607, 612, 616, 619, 622, 627–629,
642–644, 647, 654, 657, 674–675,
681–684
potential, 250
Fluid dynamics, 391–408
Force
average, 59, 62, 628
centrifugal, 106, 119, 125, 130, 137, 166,
173, 400, 402
centripetal, 104–106, 116–118, 120–122,
133, 160, 204, 219, 225, 504, 516, 602
conservative, 48, 191, 292
coriolis, 137, 150, 188
damping, 253, 282
external, 40, 47–51, 59, 71, 122
frictional, 35, 67–68, 75, 104, 116,
118–122, 126, 133, 142, 145, 169, 242
gravitational, 47, 67–68, 70, 173, 189,
193–195, 202–204, 219, 225, 461, 468,
484, 489–490, 492, 496, 603, 620, 626
horizontal, 10, 52–53, 56
internal, 47–48
lateral, 150, 188
magnetic, 581, 593–595, 601–602, 604,
619–621, 626–627, 682
resultant, 49, 95, 113, 130, 204, 397, 594
stretching, 105, 454–455
vector, 9, 59, 406
G
Gauss’ law, 462–463, 473–476, 478, 481–482,
506–517, 524, 532–533, 634–635,
665–666, 668
Geometrical optics, 713–715, 725–728
Gravitation, 47, 67–68, 70, 88, 173, 189–233,
260, 296, 310, 336, 392, 461, 467–469,
482, 484, 489–490, 492, 496, 533, 603,
620, 626
Group velocity, 351–352, 375, 636, 649–650,
692–696, 698–699, 702
H
Hamiltonian mechanics, 287–338
Heat, 409–457
Heat transfer, 410–411, 418–420, 433–439
I
Instruments, 537–538, 544–547, 564–569
Interference, 339, 365, 636, 705–710, 717–722,
740–755
K
Kinematics, 1–46, 103–133
Kinetic theory of gases, 414–416, 425–429
Kirchhoff’s law, 538, 547–552, 569–578
L
Lagrangian mechanics, 287, 289
Latent heat, 419–420, 439–441
Loop-the-loop, 107, 112–114, 129–133, 144
M
Magnetic dipole moment, 581–582, 595,
622–625
Magnetic energy, 581–582, 592, 595, 622–625,
643, 670, 675, 679
Magnetic force, 581, 593–595, 619–622
Magnetic induction, 580–581, 587–593, 597,
606–619, 621, 634, 668, 684
Matter, 409–457
Maxwell’s equations, 634, 642–648,
665–696, 700
Moment of inertia, 9, 54–56, 135–136,
138–141, 146, 151–157, 161–163, 167,
169, 177, 180, 183, 248, 250, 268, 270,
274–275, 296
Motion in a horizontal plane, 104–105,
107–111, 114–123
Motion in a vertical plane, 106–107, 112,
123–128
Motion in 1-D, 1–6, 13–26
Motion in 2-D, 2, 6–8, 26–34
Motion of blocks on a plane, 52–53, 64–68
Motion of charged particles, 579–580,
583–587, 599–606
Motion on incline, 53–56, 68–75