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Kleppner D., Kolenkow R. — An introduction to mechanics
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.


Язык: en

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

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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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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