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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
Electric charge, junction rule and 887 Electric charge, magnetic forces and 164 Electric charge, magnetic poles vs. 918 Electric charge, molecules and 631 Electric charge, repulsion and 233 617 Electric charge, running comb through hair 164 Electric charge, structure of matter 711—712 Electric charge, test 722—723 Electric charge, transferring energy and 826—827 Electric circuits, alternating-current see "Alternating-current (ac) circuits" Electric circuits, bridge 886 890—891 913 Electric circuits, complete 850 857 860—861 866 Electric circuits, critically damped 1050 Electric circuits, current and 858—859 Electric circuits, defined 846 Electric circuits, differentiating 1056 Electric circuits, direct-current see "Direct-current (dc) circuits" Electric circuits, electromotive force and 857—863 Electric circuits, energy in 863—865 Electric circuits, incomplete 857 Electric circuits, inductors as elements 1034—1036 Electric circuits, L-C see "L-C circuits" Electric circuits, open 860 Electric circuits, overdamped 1050 Electric circuits, overloads on 901—902 Electric circuits, potential changes around 862—863 Electric circuits, potential difference in 891 Electric circuits, Power in 864—867 Electric circuits, power in battery-charging 890 Electric circuits, R-C see "R-C circuits" Electric circuits, R-L see "R-L circuits" Electric circuits, short 861—862 867 901—902 Electric circuits, single-loop 888—889 Electric circuits, symbols for diagrams 859—860 Electric circuits, underdamped 1050—1051 Electric current see "Current" electric dipole moment 735—736 Electric dipoles, defined 735 Electric dipoles, electric field of 737—738 Electric dipoles, field of 728—729 Electric dipoles, force and torque on 735—736 Electric dipoles, induced charge and 833 Electric dipoles, potential energy of 736—737 Electric energy 1003 Electric field line, defined 733 Electric field line, equipotential surfaces and 799—800 Electric field line, overview 733—734 Electric field line, point charge and 759 Electric fields at surface of conductor 770 Electric fields at surface of spheres 771 Electric fields in wires 855 Electric fields of charged infinite sheets 732—733 Electric fields of charged spheres 765—767 Electric fields of dipole 728—729 Electric fields of earth 743 771 Electric fields of electric dipole 737—738 Electric fields of line of charge 731 763—764 Electric fields of parallel conducting plates 765 Electric fields of plane sheet of charge 764 Electric fields of point charge 723—725 Electric fields of ring of charge 730 Electric fields of uniformly charged disk 732 Electric fields, calculating 727—733 Electric fields, capacitors and 824—828 Electric fields, defined 722 Electric fields, electric flux of 754—757 Electric fields, electric force and 721—727 Electric fields, finding electric potential from 789—790 Electric fields, Gauss's law for 970 1093 1097 Electric fields, induced 1008—1011 Electric fields, line integrals of 972 Electric fields, nonelectrostatic 1010—1011 Electric fields, superposition of 727 Electric flux of electric field 754—757 Electric flux, calculating 753—757 Electric flux, defined 752 Electric flux, electric charge and 750—753 Electric flux, enclosed charge and 752—753 760—761 Electric force on charged bodies 722—723 Electric force on uncharged objects 715—716 Electric force, conservation of energy with 784—785 Electric force, Coulomb's law 716—721 Electric force, electric field and 721—727 Electric force, electric potential and 791 Electric force, electric potential energy vs. 784 Electric force, gravitational force vs. 718 Electric force, potential energy and 233 Electric force, SI units for 718 Electric force, vector addition of 720—721 Electric motors 675 681 942—943 Electric potential by integration 793 Electric potential energy in capscitors 824—828 Electric potential energy in uniform field 781—782 Electric potential energy of point charges 782—787 Electric potential energy of sodium chloride 1434 Electric potential energy, conservative force and 783 786 Electric potential energy, defined 781 Electric potential energy, electric force vs. 784 Electric potential energy, electric potential and 792 Electric potential energy, interpreting 786—787 Electric potential energy, overview 780—781 Electric potential, calculating 788—789 794—801 Electric potential, defined 787 Electric potential, electric force and 791 Electric potential, electron volts 790—791 Electric potential, equipotential surfaces 798—801 Electric potential, field of ring of charge and 803 Electric potential, finding from electric field 789—790 Electric potential, overview 787—788 Electric potential, point charges and 792 802—803 Electric potential, potential energy and 792 Electric potential, potential gradient 801—803 Electric power for air conditioners 681 Electric power for medium-sized bulb 538 Electric power, steam turbines and 675 689 Electric rays 907 Electric-field energy 825—827 Electrical measuring instruments 891—895 Electrical oscillation in L-C circuits 1046—1049 1307 Electrical oscillation, defined 1046 Electrical oscillation, energy and 1049 Electricity, Maxwell's equations and 1093—1094 electrolytic capacitors 830 839 Electromagnetic induction, defined 993 Electromagnetic induction, displacement current 1013—1015 Electromagnetic induction, eddy currents 1011—1012 Electromagnetic induction, Faraday's law 996—1004 Electromagnetic induction, induced electric fields 1008—1011 Electromagnetic induction, induction experiments 994—995 Electromagnetic induction, Lenz's law 1004—1006 Electromagnetic induction, Maxwell's equations and 1015—1017 Electromagnetic induction, motional electromotive force 1006—1008 Electromagnetic induction, superconductivity 1017—1018 Electromagnetic interaction 164 1520 Electromagnetic radiation, continuous spectra 1334—1338 Electromagnetic radiation, generating 1094—1095 Electromagnetic radiation, photons and 1312 Electromagnetic radiation, predicting speed of 1269 Electromagnetic spectrum 1095—1096 Electromagnetic waves in matter 1104—1106 Electromagnetic waves, car radio buzzing sound and 1094 Electromagnetic waves, circular polarization of 1141 Electromagnetic waves, defined 487 1016 1093 Electromagnetic waves, derivation of equation for 1099—1101 Electromagnetic waves, Doppler effect for 556—557 1287—1289 Electromagnetic waves, energy and momentum in 1106—1111 Electromagnetic waves, energy transfer in 503 Electromagnetic waves, frequency of 1322 Electromagnetic waves, key properties of 1099 Electromagnetic waves, Maxwell's equations and 918 994 1015—1017 1093—1096 1122 Electromagnetic waves, plane 1096—1101 Electromagnetic waves, propagating 1122 1219 Electromagnetic waves, radiation pressure and 1109—1111 Electromagnetic waves, right-hand rule for 1099 Electromagnetic waves, Schroedinger equation and 1362 Electromagnetic waves, sinusoidal 1101—1106 Electromagnetic waves, standing 1094 1111—1114 Electrometer 828 Electromotive force (emf), circuits and 857—863 Electromotive force (emf), defined 857 Electromotive force (emf), electromagnetic induction and 993 Electromotive force (emf), Hall effect and 943 1455 Electromotive force (emf), induced see "Induced emf" Electromotive force (emf), inductance and 1031 1033 Electromotive force (emf), motional 1006—1008 Electromotive force (emf), relativity and 1269 Electromotive force (emf), self-induced 1034 1036 Electromotive force (emf), source of 857 Electron affinity 1434 Electron capture 1482—1483 Electron concentration 1450 Electron diffraction 1352—1354 Electron microscopes 1360—1361 1515 Electron spin 1413—1417 Electron volt 790—791 Electron-gas model 1444 Electronics, overheating 584 Electrons in atom-size boxes 1378 Electrons in square wells 1384 Electrons in uniform field 725—726 Electrons, defined 711 Electrons, depicted 712 Electrons, discovery of 1510 Electrons, energy and 230 631 Electrons, excited states of 1439 Electrons, free 592 714 1511 Electrons, magnitude of charge 713 Electrons, mass and 117 Electrons, Moseley's law 1424—1425 Electrons, motion in microwave oven 928 Electrons, moving 1348 Electrons, photoelectric effect and 1309—1314 Electrons, photons and 1311 Electrons, population inversion and 1329 Electrons, positive see "Positrons" Electrons, probability distributions 1406—1408 Electrons, quantum states of 1419 Electrons, relativistic dynamics of 1291—1292 Electrons, rest energy of 1294—1295 Electrons, single-slit diffraction and 1355 Electrons, speed of 1324 Electrons, stable orbits 1322—1324 Electrons, trajectory of 726 Electrons, transmission electron microscope 1361 Electrons, two-slit interference 1359 Electrons, valence 1420 1423 1445 Electrons, wave nature of 1353—1354 Electrostatic precipitators 811 Electrostatic shielding 769 Electrostatics 710 715 761 Electroweak interaction 164 Electroweak theory 1530 Elevation, atmospheric pressure and 458—460 587 615 Elevation, Bernoulli's equation and 468—469 Elevation, center of gravity and 357 Elevation, weight of air and 457—458 Elevators, apparent weight in 145 Elevators, cable tension 144—145 Elevators, fluid mechanics 460 Elevators, free fall 394 Elevators, friction in 227 Elliptical orbits 397—398 Elliptical polarization 1140—1142 elm experiment 929—931 emf see "Electromotive force (emf)" EMF (electromotive force) 1455 Emission, absorption of light and 1307—1309 Emission, absorption spectra and 1319 Emission, chemical analysis by x-ray 1426 Emission, photon 1314—1315 Emission, spontaneous 1327—1328 Emission, stimulated 1327—1330 Emissivity 596 Empire State Building 796 Endoergic reaction 1492—1493 Endoscopes 1131 Endothermal reaction 1492 energy bands 1445—1447 Energy density 826 1106 Energy diagrams 235—236 Energy efficiency rating (EER) 681—682 Energy flow, electromagnetic 1106—1108 Energy for valence electrons 1423 Energy gap 1446 1452—1453 Energy in damped oscillations 441—442 Energy in electric circuits 863—865 Energy in electromagnetic waves 1106—1111 Energy in L-C circuit 1047—1049 Energy in nonsinusoidal waves 1108—1109 Energy in projectile motion 219 Energy in R-L circuit 1045 Energy in rotational motion 296—301 Energy in simple harmonic motion 428—432 Energy in sinusoidal waves 1109 Energy in wave motion 489 502—505 Energy levels for particle in a box 1377—1378 Energy levels of hydrogen atom 1315—1316 1324—1325 Energy levels, atomic 1314—1319 1424—1426 Energy levels, Bohr model on 1318 Energy levels, defined 1314 Energy levels, Franck — Hertz experiment 1316—1317 Energy levels, harmonic oscillators 1388—1389 Energy levels, photons and 1309 Energy levels, quantum mechanics and 1319 Energy levels, rotational 1436—1440 Energy levels, state and 1328 Energy levels, vibrational 1438—1440 Energy levels, Zeeman effect and 1409 Energy of motion see "Kinetic energy" Energy of thermal neutrons 1352 Energy storage, calculating 827—828 Energy storage, capacitors and 825—28 Energy storage, dielectrics and 832 Energy storage, inductors and 1038—1040 Energy transfer in mechanical waves 502—503 510 Energy transfer, gases and 626 Energy transfer, heat and 570 582 586 591 597 Energy transfer, thermodynamics and 646—647 652 Energy, activation 631 Energy, available 1517—1518 Energy, binding 283 1434 1473—1485 1495 Energy, borrowed 1513 1520 Energy, combined translation and rotation 323—324 Energy, conservation of 181 213 215—219 231—232 784—785 1003 1293—1294 Energy, converting 1003—1004 Energy, dark 1537—1538 Energy, defined 181 Energy, electric-field 824—827 Energy, electrical oscillation and 1049 Energy, electrons and 230 631 Energy, equipartition of 627 Energy, Fermi 1449 Energy, ionization 1325 1434 Energy, negative 1511 Energy, quantized 1336 Energy, reaction 1492—1493 Energy, relative 814 Energy, relativistic 1292—1295 Energy, rest 1293—1295 1495 Energy, sugar and 583
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