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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 |
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Ïðåäìåòíûé óêàçàòåëü
Heat flow (heat transfer), adiabatic processes and 657 Heat flow (heat transfer), Carnot cycle and 684 Heat flow (heat transfer), defined 582 Heat flow (heat transfer), isothermal processes and 685 Heat flow (heat transfer), mechanisms of 591—597 Heat flow (heat transfer), second law of thermodynamics 682—683 Heat flow (heat transfer), zero 662 Heat frequency 551 Heat of combustion 589 Heat of fusion 586 Heat of sublimation 588 Heat of vaporization 587 Heat pump 682 Heat, calorimetry and 586—591 Heat, conversion to work 683 Heat, defined 582 Heat, quantity of 582—586 Heat, temperature vs. 582 Heat, thermodynamics and 647 650—651 Heat, waste 675 Heavy hydrogen 1326 Heisenbeig uncertainty principle 1357—1358 1360 1366—1367 Heisenbeig, Werner 1350 1357 Helical particle motion 928 Helicopters 285 Helium fusion 1544 Helium, abundance of 1544 Helium, alpha particles and 1320 Helium, ionized 1326 Helium, liquid 534 Helium, melting point of 587 Helium, metastable states 1329 Helium, molecules in 618 Helium, thermal conductivity of 592 Helium-neon lasers 1329 Helmholtz coils 990 Henry 1032 Henry, Joseph 918 994 Hermite functions 1388 Herring 1223 1233 Hertz, Gustav 1316 Hertz, Heinrich 1094 1122 1307 1309—1310 Hexagonal close-packed lattice 1442 Higgs boson 1530 High jump, Fosbury flog 301 high-pass filters 1089 Hockey puck 111—112 115—116 Hohmann transfer orbit 418 Hole conduction 943 Holes 848 943 1453 1458 Hollow cylinder 299 304 Hollow sphere 299 Holography 1256—1258 Hooke's law 193—194 363—369 422 Hooke, Robert 193 363 Horizontal coordinate of projectile 86 Horizontal force, friction and 152—153 155 Horizontal force, kinetic energy and 192 Horizontal force, Newton's laws of motion and 111—112 115—119 Horizontal force, periodic motion and 419 Horizontal plane, collision in 257 Horizontal range 84 Horsepower 199 Hot reservoirs 675—676 Hot side of line 900—903 Household wiring 902—904 HST (Hubble Space Telescope) 393 1533 Hubble constant 1533 1535 Hubble law 1533—1534 1537—1538 Hubble Space Telescope (HST) 2 393 1162 1264 1533 Hubble, Edwin 1532—1533 Human body as thermodynamic system 653 Human body, molar mass of 642 Human body, radiation from 597 Human body, temperature and 575 595 603 Human ear, amplitude of sound wave and 530 531 Human ear, auditory canal in 568 Human ear, sound audible to 519 527 Humason, Milton 1532 Humidity, relative 643 Huygens's principle 1144—1146 1235—1236 Huygens, Christiaan 1144 Hyakutake's Comet 417 Hybrid wave function 1435 Hydraulic lift 460 Hydrogen as automobile fuel 622 Hydrogen bonds 1435—1436 1445 Hydrogen on the sun 643 Hydrogen, abundance of 1544 Hydrogen, atomic structure 1401—1409 Hydrogen, Bohr model of 809 951 985 Hydrogen, counting states 1405—1406 Hydrogen, covalent bond 1435 Hydrogen, energy levels of 1324—1325 Hydrogen, entropy change in melting 692 Hydrogen, excited levels of 1406 Hydrogen, heavy 1326 Hydrogen, maser 32 Hydrogen, quantum states of 1405 Hydrogen, Schroedinger equation for 1402—1403 Hydrogen, spectrum of 1315—1316 Hydrogen, vibrational motion and 627 Hydrogen, wave function 1408 Hydrogenlike atoms 1326—1327 1408—1409 Hydrometer 464 Hyperbolas 397 Hyperfine structure 1473 Hypergravity 100 Hyperons 1523—1524 Hyperoptic eye 1186—1188 Hysteresis 364 980 Hysteresis loops 980 981 I-beam 365 Ice skaters 191 254 347 Icepail experiment (Faraday) 768—770 Ideal fluid 466 Ideal gas, adiabatic process for 662—664 Ideal gas, Carnot cycle and 685 Ideal gas, defined 612 Ideal gas, free expansion of 651 Ideal gas, free-electron gas vs. 1451—1452 Ideal gas, heat capacities of 659—661 Ideal gas, ideal-gas equation 611—615 Ideal gas, internal energy of 658 Ideal gas, isothermal expansion of 649 Ideal gas, kinetic-molecular model of 619—625 Ideal gas, molecular speeds and 631 Ideal insulator 571 Ideal single crystals 1442 Ideal-gas constant 612 Ideal-gas equation 611—615 Idealized models 3—4 456 466 850 Image distance 1159 Image formation by concave mirror 1164—1165 Image formation by diverging lens 1181 Image formation by mirrors 1168 Image formation by plane mirror 1158—1159 Image formation by refraction 1172—1173 Image formation by thin lenses 1180 Image formation, diffraction and 1254—1256 Image point 1157—1158 Images of extended object 1159—1161 1163—1165 1174—1176 Images of image 1181—1182 Images of point object 1161—1162 1170—1174 Images, defined 1158 Images, erect 1160 1164 Images, inverted 1160 Images, real 1158 1186 Images, reversed 1160 Images, virtual 1158 1164 Imaging, ultrasonic 535 Impedance 1071—1073 Impulse, defined 249 Impulse, impulse-momentum theorem 248—250 Impulse, momentum and 247—253 Impulse, transverse 499 Impulse, wave speed and 499 Impulse-momentum theorem 248—250 Impurities 1445 1453—1455 Incidence, plane of 1139 Incident pulse 505 Inclined plane 140—141 221—222 Incomplete circuits 857 Incompressible fluid flow 467—468 Index of refraction (refractive index) 1105 1124—1129 Induced charge in dielectrics 833—835 Induced charge, defined 714 Induced charge, molecular model of 833—835 Induced charge, overview 714—715 Induced current 994 1004—1006 Induced dipoles 834 Induced electric fields 1008—1011 Induced emf, defined 994 Induced emf, direction of 997—1003 Induced emf, Lenz's law and 1004—1006 Induced fission 1494 Inductance, L-C circuit and 1045—1049 Inductance, L-R-C series circuit and 1049—1051 Inductance, magnetic-field energy 1038—1041 Inductance, mutual 1030—1033 1080 Inductance, R-L circuit and 1041—1045 Inductance, self-inductance and inductors 1034—1038 Induction, defined 714 Induction, Faraday's law of 979 Inductive reactance 1066—1067 Inductors as circuit elements 1034—1036 Inductors in alternating-current circuits 1065—1067 1069 Inductors, applications of 1036—1038 Inductors, defined 1030 1034 Inductors, energy storage and 1038—1040 Inductors, power in 1075 Inductors, resistors and 1039 Inductors, self-inductance and 1034—1038 Inelastic collisions 258—261 Inertia, defined 112 Inertia, moment of 296—299 303—305 Inertia, Newton's first law of motion and 113—115 Inertia, rotational 297 Inertial confinement 1500 Inertial frames of reference 113—115 118 355 1268—1269 Inertial mass 122 Inertial navigation system (INS) 57 Infinite extent of space 1534 Infinite square wells 1382—1384 Inflationary models 1540 Infrared radiation 487 573 1096 1440 Infrared spectroscopy 1440 Infrasonic waves 528 Initial position 48 INS (inertial navigation system) 57 Instant 39 Instantaneous acceleration, angular 289 Instantaneous acceleration, calculating 76—77 Instantaneous acceleration, defined 75 Instantaneous acceleration, overview 44—45 Instantaneous acceleration, uniform circular motion and 88—89 Instantaneous angular acceleration 289 Instantaneous angular velocity 286—287 Instantaneous power 199 Instantaneous velocity, angular 286—287 Instantaneous velocity, calculating 73—74 Instantaneous velocity, defined 72 Instantaneous velocity, overview 39—43 Instantaneous x-acceleration 45 Instantaneous x-velocity 40 Insulators, dead air as 593 Insulators, defined 571 713 Insulators, dielectric constant/strength for 833 Insulators, energy band 1446—1447 Insulators, temperature and 1452 Intake stroke 678 Integral principles 250 integrated circuits 1460 Integration 57—59 Intensity in single-slit diffraction 1239—1243 Intensity in standing waves 1114 Intensity in two-source interference 1215—1216 Intensity maxima 1241 Intensity of sound waves in air 538 Intensity, defined 504—505 1107 Intensity, displacement amplitude and 537 Intensity, Poynting vector vs. 1108 Intensity, pressure amplitude and 537—539 Intensity, spectral emittance vs. 1335 Intensity, wave 504—505 537 Interaction force 965 Interactions, beginning of time 1539—1540 Interactions, conservation of momentum and 253 Interactions, electromagnetic 164 1520 Interactions, electroweak 164 Interactions, gravitational 163—164 1520 1531 Interactions, Newton's laws of motion 108—111 Interactions, particles and 1519—1525 Interactions, strong 164 1475 1520 1525 1529 Interactions, symmetry-breaking 1525 Interactions, van der Waals 616 Interactions, weak 164 1520 Intercoolers 672 Interference fringes 1212 Interference in thin films 1218—1224 Interference in two/three dimensions 1208—1209 Interference maxima 1244 Interference of light 1211—1214 Interference of waves 505—507 548—550 Interference, Bragg reflection and 1252 Interference, coherent sources and 1208—1211 1220 Interference, constructive 509 548—550 1209 1352 Interference, defined 487 505 1208 Interference, destructive 509 548—550 1210 Interference, holography and 1256—1258 Interference, intensity in patterns of 1214—1218 Interference, Michelson interferometer 1224—1226 Interference, Newton's rings and 1222—1224 Interference, photons and 1338—1339 Interference, standing waves and 1210 Interference, two-slit 1212—1214 1239 1359 Interference, two-source 1211—1216 Intermolecular forces 617—618 Internal energy of ideal gas 658 Internal energy of isolated systems 653—656 Internal energy, defined 231 651 Internal energy, first law of thermodynamics and 651—656 Internal energy, pV-diagrams 617 Internal forces, defined 253 Internal forces, momentum and 253—254 Internal forces, torque and 320 332 Internal reflection 1129—1132 internal resistance 859 Internal-combustion engines 678—680 International Bureau of Weights and Measures 5 International Committee on Weights and Measures 583 International Space Station 395 1117 International System units see "SI (International System) units" Interplanetary dust 1120 Interplanetary navigation 418 Interstellar medium (ISM) 644 Interstitial atoms 1445 Intrinsic conductivity 1453 Intrinsic semiconductors 1453 Inverse-square law 504
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