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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
Sinusoidal waves, particle velocity in 496—497 Sinusoidal waves, periodic transverse waves 489 490 Sinusoidal waves, pressure amplitude of 531 Sinusoidal waves, Schroedinger equation and 1361 Sinusoidal waves, standing waves on a string 507—511 Sinusoidal waves, wave function for 491—496 Siphon 485—486 SIRA technique 953 Sirius 1345 Skiers, acceleration of 79 82 Skiers, electric interactions and 713 Skydivers 157—158 217 SLAC (Stanford Linear Accelerator Center) 1515 1518 Slidewire generators 1002—1004 slingshots 222 240 Slip (kinetic friction) 152 Slip rings 1001 Slipher, Vesto 1532 Slug 120 Smithsonian Institution 994 Smog 1149 Snell's law (law of refraction) 1125—1127 soccer ball 252 253 Soddy, Frederick 1320 Sodium 1318 1389—1390 1413 1420 Sodium chloride 1433—1434 1443 Sodium doublet 1249 Solar cells 1459 Solar day 4 Solar neutrinos 1531 Solar sailing 1119 Solar system 34 387 1532 Solenoids, Ampere's law for 974—976 Solenoids, defined 938 Solenoids, experiment at CERN 957 Solenoids, toroidal 975—976 Solid-state detectors 1455 Solids, amorphous 1441 Solids, bonding in 1443—1444 Solids, crystalline 1441 Solids, heat capacities of 628—629 Solids, holes in 577 Solids, molecular bonds in 1441—1445 Solids, phase change 586—591 Solids, speed of sound in 534 535 Solids, structure of 1441—1445 Sonar waves 534 535 Sound barrier 174 558—560 Sound intensity, decibel scale and 539 540 541 Sound intensity, defined 539 Sound intensity, displacement amplitude and 537 Sound intensity, pressure amplitude and 537—539 Sound of silence 543 Sound waves as pressure fluctuations 528—531 Sound waves, "sound of ocean" in seashells 547 Sound waves, beats and 550—552 Sound waves, directing 538 Sound waves, frequency of 531—532 Sound waves, graphs of 529 Sound waves, human ear and 519 527 Sound waves, intensity in air 538 Sound waves, interference of 548—550 Sound waves, overview 527—528 Sound waves, perceptions of 531—532 Sound waves, Schroedinger equation and 1362 Sound waves, speed of 532—556 Sound waves, standing 541—546 Sound waves, wavelengths of 1242 Sound, audible to human ear 519 527 Sound, bird singing in meadow 540 541 Sound, defined 527 Sound, doppler effect 552—557 Sound, resonance and 546—548 Sound, shock waves 557—560 Sound, speed in air 536 Sound, speed in fluids 533—534 Sound, speed in gases 535—536 Sound, speed in solids 534—535 Sound, wavelength of musical 491 Source of emf, defined 857 Source of emf, overview 857—858 Source of emf, potentiometers and 895 Source of emf, power input to 865 Source of emf, power output of 864—865 Source point 723 958 Source regions 1459 South pole 917 Southern Lights (aurora australis) 927 Space vehicles 557 593 786 Space, expansion of 1534—1535 Space-time continuum 1531 Spacetime 1284 Spacetime coordinates 1284 Sparkplugs 1040 Special theory of relativity see "Relativity theory" Specific gravity 457 Specific heat of water 583 585 Specific heat, defined 583—584 Specific heat, molar 584 585—586 Specific heat, ratio of 661 Spectographs, grating 1248—1249 Spectral emittance 1335 Spectrometry 1248—1249 Spectroscopic binary stars 1305 Spectroscopic notation 1405 Spectroscopy 1244 1248—1249 1440 Spectrum, absorption 1318—1319 1426 Spectrum, Band 1439 Spectrum, continuous 1334—1338 Spectrum, defined 1133 Spectrum, grating 1248 Spectrum, molecular 1436—1441 Specular reflection 1124 Speed along vertical circle 220 Speed for walking 8 Speed of a rocket 272 Speed of efflux 470—471 Speed of electrons 1324 speed of light 5 1095—1101 1121 1269—1270 Speed of longitudinal waves 535 Speed of sound in a fluid 533 534 Speed of sound in air 536 Speed of sound in gases 534 535—536 Speed of sound in solids 534 535 Speed of sound waves 532—556 Speed of transverse waves 498—502 Speed of yo-yo 325 Speed vs. velocity 293 Speed, angular 293 339 Speed, average 40 624 Speed, calculating using work and energy 189 Speed, circular motion and 87—88 Speed, constant 88 Speed, converting units 7—8 Speed, defined 40 Speed, escape 392 405—406 1536 Speed, linear 293 Speed, molecular 621—624 629 630—631 Speed, muzzle velocity 69 Speed, orbital 398 Speed, parallel components of acceleration and 77—78 Speed, rms 622—624 Speed, simple harmonic motion and 423 Speed, terminal 155—158 813 Speed, turning radius and 89 Speed, vectors and 11 Speed, wave 489 498—502 Speedometer 285 348 Spheres, electric field at surface of 771 Spheres, electric field of charged 765—767 Spheres, electric flux through 757 Spheres, gravitation and 384—385 Spheres, mass distributions 400—403 Spheres, moment-of-inertia calculations 305 Spheres, positive charges on 762—763 Spherical aberration 1162 1206 Spherical capacitors 819 836 Spherical coordinates 1392 Spherical mass distributions 400—403 Spherical mirrors 1161—1165 Spherical surfaces, point charge inside 757—758 Spherical surfaces, reflection at 1161—1169 Spherical surfaces, refraction at 1169—1174 Spherical surfaces, sign rule for 1159 Spherically symmetric bodies 384—385 1418 Sphygmomanometer 462 Spin angular momentum 1414—1415 1417 1471 1521 Spin magnetic interaction energy 1415—1416 Spin magnetic moment 1414—1415 spin quantum number 1414—1416 Spin, defined 977 Spin, nuclear 1471—1472 Spin, strangeness vs. 1525 Spin-orbit coupling 1416 Spinning balls 474 475 Spinning figure skater 347 Spinning turbine 330 Spoilers 472 Spontaneous emission 1327—1328 Spontaneous fission 1494 Spring balance 109 Spring gun 351 Spring scale 194 Springs, elastic potential energy and 222 Springs, gliders on 195 235 258 Springs, periodic motion model 420 Springs, simple harmonic motion 425 433—434 489 Springs, static force and 228 Springs, stretching force 363 Square-well potential 1381—1383 Squids 1018 St. Elmo's fire 806 Stable electron orbits 1322—1324 Stable equilibrium 235 Standard deviation 1357 Standard model 1530—1531 1540—1541 Standard temperature and pressure (SIP) 613 Standards 4—5 Standing sound waves 541 542—546 Standing waves in cavity 1112—1114 Standing waves on a string 487 507—508 509—515 Standing waves, defined 508 1111 Standing waves, electromagnetic 1094 1111—1114 Standing waves, intensity in 1114 Standing waves, interference and 1210 Standing waves, sound 541 542—546 Stanford Linear Accelerator Center (SLAC) 1515 1518 Stars, "wobble" of 400 Stars, age of 1543 Stars, blue supergiant 1345 Stars, escape speed from 405—406 Stars, mutual gravitational attraction between 387 Stars, radiation and 605 Stars, weak forces 164 Stars, white dwarf 1467 state variables 611 States see also "Kinetic energy" States of matter 586 States, bound 1381—1383 1402 States, changes of 656 States, counting hydrogen 1405—1406 States, defined 1328 States, density of 1448 States, energy bands and 1447 States, energy levels and 1328 States, equations of 611—617 States, excited 1483 States, exclusion principle and 1418—1420 States, ground 1418 1420 1421 States, internal energy and 652—653 States, lowest-energy 1418—1419 States, macroscopic 697 States, metastable 1329 States, microscopic 697—699 States, quantum-mechanical 1419 States, stationary 1363 1375 States, thermodynamic 650—651 Static equilibrium 355 Static friction force 149—154 Stationary states 1363 1375 Statistics, bell curve of 757 Steady flow 466 Steam turbines 675 689 Stefan — Boltzmann constant 596 1335—1337 Stefan — Boltzmann law 596 1337 Step-down transformers 1081 Step-up transformer 1081 Stern — Gerlach experiment 1413—1414 Stern, Otto 1354 1413 Stick (static friction) 152 Stick-slip phenomenon 152 Stimulated emission 1327—1330 Stirling cycle 706—707 Stopped pipe 544 Stopping potential 1310 Storage rings 1518 STP (standard temperature and pressure) 613 Straight-line motion with changing acceleration 58—59 Straight-line motion with constant acceleration 47—53 Straight-line motion with constant force 143—144 Straight-line motion with friction 144 Straight-line motion, average and instantaneous acceleration 43—47 Straight-line motion, collisions and 256 Straight-line motion, displacement, time, and average velocity 37—39 Straight-line motion, elastic collisions and 264 Straight-line motion, freely falling bodies 53—57 Straight-line motion, instantaneous velocity 39—43 Straight-line motion, velocity and position by integration 57—59 Straight-line motion, work done by a varying force 192—196 Straightedge razor 1235 Strain, bulk 366—367 Strain, compressive 364—365 Strain, defined 363 Strain, overview 363—368 Strain, shear 367—368 Strain, tensile 364—365 Strain, volume 366—367 Strange particles 1524 Strangeness 1523—1525 Strassman, Fritz 1494 streamline 466 Stress, breaking 364 369 Stress, bulk 363 366—367 Stress, compressive 364—365 Stress, defined 363 Stress, overview 363—368 Stress, shear 363 367—368 Stress, shin bone 381 Stress, tensile 363 364—365 Stress, thermal 580—582 Stress, volume 363 366—367 Stretching 363—368 String, normal modes of a 511—515 String, resonance and 547 String, sinusoidal waves in 489 String, standing waves on a 487 507—508 509—515 String, transverse wave on 489 String, wave motion 488 String, wave pulse on 489 String, wave speed on 498—502
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