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Hugh D. Young, Roger A. Freedman — University physics with modern physics
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Íàçâàíèå: University physics with modern physicsÀâòîðû: Hugh D. Young, Roger A. Freedman Àííîòàöèÿ: Refining the most widely adopted and enduring physics text available, University Physics with Modern Physics , Twelfth Edition Mechanics, Waves/Acoustics, Thermodynamics, Electromagnetism, Optics, Modern Physics. For all readers interested in university physics.
ßçûê: Ðóáðèêà: Ôèçèêà /Ñòàòóñ ïðåäìåòíîãî óêàçàòåëÿ: Ãîòîâ óêàçàòåëü ñ íîìåðàìè ñòðàíèö ed2k: ed2k stats Èçäàíèå: 12-å èçäàíèåÃîä èçäàíèÿ: 2008Êîëè÷åñòâî ñòðàíèö: 1622Äîáàâëåíà â êàòàëîã: 28.11.2013Îïåðàöèè: Ïîëîæèòü íà ïîëêó |
Ñêîïèðîâàòü ññûëêó äëÿ ôîðóìà | Ñêîïèðîâàòü ID
Ïðåäìåòíûé óêàçàòåëü
Uncertainty (error) 8—10 Uncertainty principle 1355—1359 Underdamped circuits 1050—1051 Underdamping 441 Uniform circular motion in vertical circle 163—164 Uniform circular motion, dynamics of 158—159 Uniform circular motion, force in 159 Uniform circular motion, nonuniform circular motion vs. 90—91 Uniform circular motion, overview 88—90 Uniform circular motion, projectile motion vs. 89 Uniform circular motion, satellites and 394 Uniform circular motion, simple harmonic motion and 422 Unit vectors 20—21 units of measurement see also "SI (International System) units" Units of measurement, British system 6 Units of measurement, cgs metric system 120 Units of measurement, consistency in 6—7 Units of measurement, conversions 7—8 Units of measurement, defined 4 Units of measurement, order-of-magnitude estimates and 10—11 Units of measurement, prefixes for 5—6 Units of measurement, significant figures in 9—10 Units of measurement, types of 4—5 Units of measurement, uncertainty in 8—9 Universal constants 384 Universe, expanding 1532—1538 Unpolarized light (natural light) 1135 Unstable equilibrium 235 Unwinding cables 299—301 321—322 Upsilon 1529 Uranium 264—265 639 1484—1485 1498 Urey, Harold 1326 Vacancies 848 1445 Vacuum ("Thermos") bottles 597 Vacuum tubes 1455 Vacuum, capacitors in 817—818 Vacuum, finding leaks in 931 Vacuum, magnetic energy density in 1040 Vacuum, Maxwell's equations and 1094 Vacuum, speed of light and 1124—1125 1269—1270 Valence bands 1446 valence electrons 1420 1423 1445 Validity range 2 Van Allen radiation belts 927 Van de Graaff electrostatic generator 769 van der Meer, Simon 1521 van der Waals bond 1435 Van der Waals equation 615—616 638 Van der Waals interaction 434—435 616 1445 van der Waals, J.D. 616 vapor pressure 643 Vaporization 587 Variable-mass raindrop 284 Vector (cross) product 21 24—26 318 Vector addition of electric forces on line 720 Vector addition of electric forces on plane 721 Vector addition with components 18—19 Vector addition, overview 13—15 Vector fields 724 919 Vector magnetic field 958 961 Vector magnetic moment 937 Vector quantities, acceleration as 43 75 Vector quantities, average velocity and 37 40 Vector quantities, defined 11 Vector quantities, electromagnetic waves 1107 Vector quantities, force as 108 Vector quantities, impulse as 249 Vector quantities, momentum as 248 254 257 331 Vector quantities, torque as 318 Vector relative-velocity equation 95 Vector subtraction 14 Vector sum (resultant) 13 18 Vectors, acceleration 43 74—79 Vectors, angles of 16 Vectors, angular acceleration as 290 Vectors, angular velocity as 288—289 Vectors, antiparallel 12 Vectors, Commutative law 13 Vectors, component 15—20 109 Vectors, current and 848 933 vectors, defined 36 Vectors, direction of 11 16—17 36 Vectors, magnitude of 11—13 16—17 Vectors, momentum as 251—252 Vectors, Negative of 12 Vectors, overview 11—13 Vectors, parallel 12 Vectors, position 35 72—74 Vectors, Poynting 1106—1108 Vectors, products of 21—26 Vectors, torque 318—319 Vectors, unit 20—21 Vectors, vector relative-velocity equation 95 Vectors, velocity 72—74 Vectors, zero 25 Veil Nebula 1545 Velocity by integration 57—59 Velocity in simple harmonic motion 425—428 430—431 Velocity selector 929 Velocity vectors 72—74 Velocity, acceleration and 43 Velocity, angular 285—290 Velocity, average 37—41 72—74 Velocity, components parallel to 77—78 Velocity, components perpendicular to 77—78 Velocity, constant 111—113 Velocity, defined 11 Velocity, drift 847 Velocity, fluid flow and 466 Velocity, free-fall motion and 56 Velocity, instantaneous 39—43 72—74 Velocity, linear 287 Velocity, Lorentz transformations 1285—1286 Velocity, muzzle 69 Velocity, particle 496—497 537 Velocity, phase 494 Velocity, projectile motion and 79—87 Velocity, relative 91—95 263 1269 Velocity, sector 397—398 Velocity, speed vs. 293 Velocity, typical magnitudes 39 Velocity, vector relative-velocity equation 95 Velocity, wave 537 Velocity, x-t graphs 42—43 Venturi meter 471 Verne, Jules 392 Vertex 1161 Vertical circles 162 163 220—221 Vertical simple harmonic motion 432—433 Very Large Array (VLA) 1255 Very Large Baseline Array (VLBA) 1265 Very-large-scale integration (VLSI) 1460 Vibration in sodium crystal 1389—1390 Vibration of molecules 434—436 618 621 Vibration, bridges and 443 Vibration, mechanical waves and 512—513 Vibration, periodic motion and 420—422 Vibration, sound waves and 536 542—545 547 Vibration, thermal expansion and 577 Vibrational energy levels 1438—1440 Vibrational motion 627 628 Viola 514 Violin 512 514 Virtual focal point 1166—1167 Virtual images 1158 1164 Virtual objects 1180 1202 Virtual photons 1513 viscosity 466 472—475 Visible light 1095 Vision, defects of 1186—1189 Vitreous humor 1186 VLA (Very Large Array) 1255 VLBA (Very Large Baseline Array) 1265 VLSI (Very-large-scale integration) 1460 Volcanic eruption 81—82 479 Volta, Alessandro 788 Voltage, capacitors and 1068 Voltage, defined 788 Voltage, Hall 943 Voltage, Ohm's law and 855 Voltage, root-mean-square 900—901 Voltage, terminal 859 Voltage, transformers and 1081 Voltage, voltage amplitude 1062 1065 Voltage, voltmeter and 893 Voltmeters, ammeters and 893—894 Voltmeters, defined 860 Voltmeters, example 861 Voltmeters, overview 893 Volts 787 790—791 Volume charge density 727 Volume expansion coefficient 578 579—580 611 Volume flow rate 467 Volume of gas 613 Volume strain (bulk strain) 366—367 Volume stress (bulk stress) 363 366—367 Volume, constant see "Constant-volume processes" Volume, converting units 8 Volume, phase change and 580 Volume, work done during changes in 647—649 von Laue, Max 1423 Walking, natural pace for 439 Walking, Newton's third law and 127 Walking, typical speed for 8 Walking, walking the plank 358 Waste heat 675 Water molecules 266—267 735 938 Water pressure in homes 470 Water strider 465 675 Water, boiling 656 Water, Evaporating 589 Water, Kelvin scale and 575 Water, mixing ink and 696 Water, phase changes 586 Water, specific heat of 583 585 Water, supercooled 588 Water, thermal expansion of 580 Watt 199 717 Watt, James 199 Wave crests 1123 1208 1286 Wave equation for free particles 1364—1365 Wave equation, defined 497 1100 Wave equation, derivation of 1099—1101 Wave equation, Maxwell's equations and 1096 Wave equation, wave interference and 505—507 Wave equation, wave motion and 500 Wave fronts 1096 1122—1123 Wave functions for longitudinal waves 497 Wave functions for particle in a box 1376—1377 Wave functions for potential wells 1383 Wave functions for sinusoidal waves 491—496 Wave functions, additive property of 506 Wave functions, defined 491 1350 Wave functions, graphing 493—494 Wave functions, harmonic oscillators 1388—1389 1390 Wave functions, hybrid 1435 Wave functions, hydrogen 1408 Wave functions, interpretation of 1362 Wave functions, Schroedinger equation and 1361—1367 Wave intensity 504—505 537 Wave motion 488—492 500—502 533 wave number 493 1364 Wave packets 1366—1367 Wave propagation 491—492 496 503 Wave pulse 489—490 505—507 Wave speed on a string 498—502 Wave speed, calculating 501—502 Wave speed, defined 489 Wave speed, index of refraction and 1125 Wave-particle duality of light 1338—1339 Wavelength of hydrogen spectrum 1315 Wavelength of sonar waves 534—535 Wavelength of sound waves 1242 Wavelength of tight 1242 Wavelength, continuous spectra 1334—1338 Wavelength, de Broglie 1350—1352 Wavelength, defined 490 Wavelength, Doppler effect and 555 Wavelength, electron microscope 1360 Wavelength, interference and 1208 Wavelength, line spectrum and 1308 Wavelength, x-ray spectra and 1423 Waves on clothesline 495—496 Waves, "doing the wave" 489 Waves, coherent 1208—1211 Waves, energy in motion of 502—505 Waves, graphing 493—494 529 Waves, infrasonic 528 Waves, interference of 505—507 548—550 Waves, light as 1122 1127 Waves, mathematical description of 492 493—497 Waves, normal modes of a string 511—515 Waves, P-waves 62 Waves, particles as 1349—1374 Waves, periodic 489—491 Waves, power in 503—504 Waves, propagation of 1122—1123 Waves, radio 487 556—557 1213—1214 Waves, reflected 505 Waves, S-waves 62 Waves, scattering of 1251 Waves, seismic 487 Waves, shock 558—560 Waves, sonar 534—535 Waves, standing, on a string 487 507—511 Waves, superposition principle and 1208 Waves, transverse 488—490 498—502 1097 1133 Waves, traveling 508 548—549 1106 Waves, two-dimensional 523 Waves, ultrasonic 528 WCCO radio station 1117 Weak interaction 164 1520 Weakly Interacting Massive particles (WIMPS) 1537 Weber 924 Weber, William 924 Weight of roomful of air 457—458 Weight, defined 108 Weight, gravitation and 163 388—390 403—405 Weight, measuring 122—123 Weight, molecular 584 Weight, Newton's laws of motion 120—123 Weight, true 403 404 Weightlessness, apparent 145—149 394 405 Weightlessness, true 394 Weightlifter 184—185 Weinberg, Steven 1530 Wentzel, Gregor 1399 Westinghouse, George 1061 Wheatstone bridge 913 Whips, cracking 559 White dwarf stars 1467 White noise 532 Wide-angle lens 1183 Wien displacement law 1335—1336 Wilson, Robert 1545 WIMPs (weakly interacting massive particles) 1537 Wind instruments 487 514 543—546 Wind turbines 330 Wind-chill factor 596 Wire chambers 1519
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