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Kleppner D., Kolenkow R. — An introduction to mechanics
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Название: An introduction to mechanics
Авторы: Kleppner D., Kolenkow R.
Аннотация: In the years since it was first published in 1973 by McGraw-Hill, this classic introductory textbook has established itself as one of the best-known and most highly regarded descriptions of Newtonian mechanics. Intended for undergraduate students with foundation skills in mathematics and a deep interest in physics, it systematically lays out the principles of mechanics: vectors, Newton's laws, momentum, energy, rotational motion, angular momentum and noninertial systems, and includes chapters on central force motion, the harmonic oscillator, and relativity. Numerous worked examples demonstrate how the principles can be applied to a wide range of physical situations, and more than 600 figures illustrate methods for approaching physical problems. The book also contains over 200 challenging problems to help the student develop a strong understanding of the subject.
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Рубрика: Механика /
Статус предметного указателя: Готов указатель с номерами страниц
ed2k: ed2k stats
Издание: 1 edition
Год издания: 1973
Количество страниц: 600
Добавлена в каталог: 23.03.2011
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Предметный указатель
Motion on rotating earth 368
Motion, along a straight line 34
Motion, circular 17 25 34
Motion, Laws of 53
Motion, relation to acceleration 20
Muon decay 468
Neutrino 501
Newton (unit) 67
Newton, I. 52 353 368 442
Newton’s law of gravitation 80
Newton’s laws of motion 52ff. 442
Newton’s laws of motion, first law 55
Newton’s laws of motion, second law 56
Newton’s laws of motion, third law 59
Nonconservative force 182
Normal force 92
Nutation 332
Operational definition 57
Orbital angular momentum 262
Orbits 382
Orbits under inverse square force 385
Orbits, bounded 386
Orbits, elliptic 394
Orbits, hyperbolic 393
Orbits, perturbed 388
Pair production 505 533
parabola 392
Parallel axis theorem 252
Partial derivatives 202
Pendulum, inverted 164
Pendulum, Kater’s 258
Pendulum, physical 257
Pendulum, Schuler 373
Pendulum, simple 255
Pendulum, simple, period versus amplitude 256
Perigee 396
Period of motion 411
Perturbed orbit 388
Phase 411
photoelectric effect 502
Photon 501
Photon, rest mass of 512
Physical pendulum 257
Planck, M. 272
Planets, motion of 390
Planets, orbits of, table 395
Planets, perturbation of 391
Polar coordinates 27
Polar coordinates, acceleration in 36
Polar coordinates, velocity in 30
Pole vaulter paradox 486
potential energy 168
Potential energy, effective 385
Potential energy, gradient of 211
Potential energy, relation to force 173 206 214
Potential energy, surface 211
Pound 67
Pound, R.V. 370
Power 186
Precession of equinoxes 300
Precession of gyroscope 296 331
Precession, torque-free 317 331
Pressure of a gas 144
Principal axes 313
Principia 440 452n.
Principle of equivalence 346 369
Principle of relativity 451
Principle of superposition 58
Products of inertia 309
Proper time 468 524
Pulleys 90
Pulsar 510
Q (quality factor) 418
Radiation pressure 502
Radius of gyration 257
Reduced mass 179 191 379
Relative velocity 48
Relativity, general theory 535
Relativity, special theory 450
Resonance 423
Resonance, curve 427
Rest energy 491
Rest mass 491
Rigid body motion 288 308
Rocket 136
Rocket, relativistic 536
Rossi, B. 465
Rotating bucket experiment 368
Rotating coordinate system 355
Rotating coordinate transformation 371
Rotating vectors 25 294 297
Rotations, noncommutativity of 285 322
Rutherford, E. 271
Satellite orbit 396
scalar 308 520
Scalar product 5
Scalar, invariants 521
Schuler pendulum 373
Second, definition of 66
Segre, E. 534
Series, binomial 41
Series, Taylor’s 42
SI (international system of units) 67
simple harmonic motion 97 154 410
simple pendulum 255
Simultaneity 463
Skew rod 292—294 312
Slug (unit) 67
Small oscillations 178
Smith, J.H. 469
Spacelike interval 466
Special theory of relativity 451
Speed of light in a moving medium 474
Speed of light in empty space 445
Spin angular momentum 262
Stability 174
Stability of rotating objects 304 322
Standards and units 64
Stokes’ Theorem 225
Superposition of forces 58 82
Synchronous satellite 104
System of units 67
Tangential acceleration 36
Taylor’s series 42
Teeter toy 175
Tension 87
Tension and atomic forces 91
Tensor 520
Tensor of inertia 311
Thomson, J.J. 271
Tide 348
Time 44
time constant 418
Time, dilation 468 524
Time, unit of 66
Timelike interval 466
torque 238
Torque-free precession 317 324
Total mechanical energy 169
Trajectory 21
Transformation properties of a four-vector 523
Transformation properties of a vector 516
Transformation properties of physical laws 520
Transformations, Galilean 340 453
Transformations, Lorentz 455 523
Twin paradox 480
Uniform precession 296
Unit vectors 3 10
UNITS 18 67
Universal gravitation 80
Universal gravitation, constant of 81
Vector operator 207
Vectors 2
Vectors and area 7
Vectors of scalar (dot) product 5
Vectors, addition 4
Vectors, base vectors 10 28
Vectors, components 8
Vectors, derivative of 15 23
Vectors, displacement vector 11
Vectors, four-dimensional 523
Vectors, multiplication of cross
Vectors, orthogonal 10
Vectors, position vector 11
Vectors, product 6
Vectors, rotating 25
Vectors, subtraction 4
Vectors, transformation properties of 516
Vectors, unit 3
Velocity 13
Velocity in polar coordinates 30
Velocity, angular 289
Velocity, average 13
Velocity, four- 525
Velocity, radial 33
Velocity, relative 48
Velocity, relativistic transformation of 472 526
Velocity, tangential 33
Vibration eliminator 427
viscosity 95
Walton, E.T.S. 498
Watt (unit) 186
Weather systems 364
Weight 68 84
Work 156 160
work function 502
Work-energy theorem 160
Work-energy theorem for rotation 267
Work-energy theorem in one dimension 156
World line 524
World point 524
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