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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
Energy, threshold 1493 Energy, total 1293—1294 Energy, transferring electric charge and 826—827 Energy, transformers and 1081—1083 Energy, traveling waves and 1106 Energy, uncertainty principle and 1358—1359 Energy, uncertainty principle for 1358 Energy, work and 192—198 Energy-flow diagrams 676 677—678 680 684 Energy-level diagrams 1411 Engines, bore of 707 Engines, gasoline 647—648 675 677—680 Engines, internal-combustion 678—680 Engines, stroke of 707 Enhancement-type MOSFET 1460 Entropy in cyclic processes 694—695 Entropy in irreversible processes 692 695—696 Entropy in reversible processes 692—694 Entropy, Carnot cycle and 694—695 Entropy, changing in melting 691—692 entropy, defined 691 Entropy, disorder and 691—692 Entropy, free expansion and 693—694 Entropy, microscopic interpretation of 697—699 Entropy, overview 690—691 Entropy, second law of thermodynamics and 696—697 Envelope of secondary waves 1235 Envelope of wavelets 1144 Equal-arm balance 123 Equations of parabola 81 Equations of SHM 422—424 Equations of state 611—617 Equations, Bernoulli's 468—472 Equations, continuity 466—468 Equations, dimensional consistency 7 Equations, quadratic 56 Equations, van der Waals 615—616 638 Equations, vector relative-velocity 95 Equations, wave 497 500 Equilibrium, center of gravity 355—358 Equilibrium, conditions for 355 Equilibrium, defined 33 112 136 355 Equilibrium, first condition for 355 Equilibrium, neutral 239 Equilibrium, one-dimensional 138—139 Equilibrium, oscillation and 420 Equilibrium, particles in 136—142 Equilibrium, phase 587 616 632 Equilibrium, processes 674 Equilibrium, pumping iron and 361 362 Equilibrium, quasi-equilibrium processes 674 Equilibrium, rigid-body problems 358—363 Equilibrium, stable 235 Equilibrium, static 355 Equilibrium, thermal 571—572 Equilibrium, thermodynamic 674 Equilibrium, torque and 357 359 Equilibrium, two-dimensional 139—140 Equilibrium, unstable 235 Equilibrium, waves and 488 Equipartition of energy 627 Equipartition principle 1336 1452 1539 Equipotential surfaces, conductors and 800—801 Equipotential surfaces, defined 799 Equipotential surfaces, field lines and 799—800 Equipotential surfaces, Gaussian surfaces vs. 800—801 Equipotential surfaces, overview 798—799 Equivalent capacitance 821—822 Equivalent dose, iriologically 1489 Equivalent resistance 882—885 Erect images 1160 1164 Error (uncertainty) in units of measure 8—9 Error (uncertainty), fractional 8 Error (uncertainty), percent 8 Error (uncertainty), significant figures and 9—10 Escape speed 392 405—406 1536 Estermann, Immanuel 1354 estimates 10—11 Ether 1225 1269 Euler's formula 1366 European Laboratory for Particle Physics (CERN) 1518 Evaporative cooling 588 589 631 Evaporators, in refrigerators 681—682 Event horizon 406—407 Events 1272 Excited level 1317 1327 1406 Excited states 1483 Exclusion principle 1417—1423 1449 Exhaust stroke 678 Exoergic fusion 1504 1545 Exoergic reactions 1492—1493 Exothermal reactions 1492 Expanding space 1534—1535 Expanding Universe 1532—1538 Expansion joint on bridges 581 Expansion of space 557 Expansion, free 651 693 694 Expansion, isothermal 649 Expansion, linear 576 577—578 Expansion, sound waves and 542 Expansion, thermal 576—582 Expansion, volume 578 579—580 Exponential tails 1382 Extended bodies 301 355 Extended defects 1445 Extended objects, defined 1158 Extended objects, image of 1159—1161 1163—1165 1174—1176 External forces, center-of-mass motion and 268—269 External forces, collisions and 258 External forces, defined 253 External forces, equilibrium and 355 External forces, momentum and 253—254 External forces, Newton's second law of motion and 118 External forces, Newton's third law of motion and 127 External forces, torque and 320 332 Extracorporeal shock-wave lithotripsy 559 Extreme-relativistic range 1517 Eye, defects of vision 1186—1189 Eye, diagram of 1185 Eye, index of refraction in 1128—1129 Eye, optical behavior of 1185—1186 Eyepiece of microscope 1191 f-number 1183—1184 1193—1194 Face-centered cubic lattice 1441 1442 1443 Fahrenheit temperature scale 573 Far point (of eye) 1186 Far-field diffraction 1236 Farad 816 818 Faraday Cage 770 Faraday's icepail experiment 768—770 Faraday's law of induction, defined 993 Faraday's law of induction, diamagnetism and 979 Faraday's law of induction, disk dynamo 1008 Faraday's law of induction, Maxwell's equations and 1093 1097—1098 Faraday's law of induction, overview 995—1004 Faraday's law of induction, wave equation and 1100 Faraday, Michael 768 816 918 994 Farmyard gate problem 379 Farsightedness 1186—1188 Fermat's principle of least time 1154 Fermi energy (Fermi level) 1449—1451 Fermi National Accelerator Laboratory 791 1516 1517 1518 1529 Fermi speed 1451 Fermi — Dirac distribution 1448—1450 1458 1521 Fermi, Enrico 11 1494 fermions 1521 Ferris wheel 162—163 Ferromagnetic materials 980—981 1037 Fetus, three-dimensional image of 535 Fevers 584 Feynman, Richard 1511 Fiber optics 1131—1132 Field point 723 958 Field-effect transistor 1459 Fields, gravitational 232 387 Figure skater, spinning 347 Filled shells 1478 Filters, high-pass 1089 Filters, low-pass 1089 Filters, polarizing 1134—1139 Filters, Polaroid 1136 Fine structure 1417 Finite square wells 1382—1384 Finnegan's Wake (Joyce) 1526 Fire 1496 Firecrackers 691 fireworks 269 First condition for equilibrium 355 First law of thermodynamics, adiabatic processes for ideal gas 662—664 First law of thermodynamics, cyclic processes and 653—656 First law of thermodynamics, defined 652 First law of thermodynamics, heat capacities of idea gas 659—661 First law of thermodynamics, internal energy and 651—656 First law of thermodynamics, internal energy of ideal gas 658 First law of thermodynamics, kinds of processes 656—658 First law of thermodynamics, paths between states 650—651 First law of thermodynamics, thermodynamic systems 646—647 First law of thermodynamics, walk done during volume changes 647—649 First postulate on relativity 1269 First-order lines 1246 Fission fragments 1494 Fission, defined 282 Fission, induced 1494 Fission, nuclear 1494—1498 Fission, spontaneous 1494 Fixed-axis rotation 285 291—292 333 Fizeau, Armand 1305 Flatland 1534 Flavors of quarks 1526 Flow line 466 Flow rates 467 Flow tube 466 Fluid dynamics 456 Fluid flow 466—468 753—754 Fluid mechanics, Bernoulli's equation 468—472 Fluid mechanics, buoyancy 463—465 Fluid mechanics, density 456—458 Fluid mechanics, fluid flow 466—468 Fluid mechanics, pressure in a fluid 458—463 Fluid mechanics, viscosity and turbulence 472—475 Fluid resistance 155—158 Fluid statics 456 Fluids, condensed matter as 1441 Fluids, phase change 586—591 Fluids, pressure in 458—463 Fluids, speed of sound in 533 534 Fluids, superheated 588 Fluorescence 1318 1384 Fluorescent light tubes 1036 1122 1318 Fluorine 1420 Flute 546 Flywheel, angular acceleration 289—290 Flywheel, angular momentum and 335 336 Flywheel, angular velocity and 287—288 Flywheel, precession and 337 338—339 FM radio 1096 1313 Focal length of cameras 1183 Focal length of lens 1178 Focal length, defined 1162—1163 Focal point, defined 1162—1163 Focal point, image formation and 1179 Focal point, virtual 1166—1167 foci 397 Forbidden transitions 1412 Force between moving protons 959—960 Force between parallel conductors 965—967 Force between point charges 720 Force constant of carbon monoxide 1438 Force constant, defined 193 Force constant, elastic potential energy 222—223 225 227 Force constant, overview 93—95 Force constant, simple harmonic motion 421 423—427 432—433 Force constant, simple pendulum 437 Force in uniform circular motion 159 Force of air 459 Force on current loops 935—940 Force on electric dipole 735—736 Force on hammerhead 189—190 Force vs. pressure 366 Force, acceleration and 118—120 Force, aerodynamic 376 444 Force, anti-damping 444 Force, British system of units 6 Force, buoyant 464 Force, central 398 Force, centrifugal 159 Force, constant 143—144 183 Force, defined 11 108 Force, dissipative 229 Force, driving 442—443 489 546 Force, four fundamental types of 1520 Force, fundamental forces of nature 163—164 Force, interaction 965 Force, intomolecular 617—618 Force, inward radial 158 Force, long-range 108 Force, magnetic 164 Force, mechanics and 36 Force, Newton's laws of motion and 107—126 Force, nonconservative 228—232 Force, nonelectrostatic 995 Force, normal 108 Force, nuclear 1475—1476 Force, outward 159 Force, potential energy and 232—235 Force, power and 200 Force, pressure and 459 Force, properties of 108 Force, restoring 420—421 Force, straight-line motion and 195—196 Force, stretching 363 Force, strong nuclear 164 Force, superposition of 109—111 385 719 Force, tangential 329 Force, tendon 361 Force, tension 108 Force, tidal 408 Force, torque and 316—317 Force, translational motion and 316 Force, typical magnitudes 108 Force, work and 185—186 192—198 Forced convection 595 Forced oscillation 442—444 546 1051 forward bias 1457 1458 Fosbury flop 301 Fossil fuels 1441 Foucault pendulum 605 Fourier analysis 531—532 Fourier integrals 1367 Fourier series 1367 Fovea centralis 1186 Fractional error 8 Fracture 364 Frames of reference, defined 91 Frames of reference, inertial 113—115 118 355 1268—1269 Franck — Hertz Experiment 1316—1317 Franck, James 1316 Franklin, Benjamin 710 Franklin, Rosalind 1252 Fraunhofer diffraction 1235—1236
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