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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
CERN experiment 957 1518—1519 1521 1530 Cesium atom 4 cgs metric system 120 Chadwick, James 1510 Chain reactions 1496—1497 Charge density, linear 727 Charge density, surface 727 Charge density, volume 727 Charge-coupled device (CCD) 1459 Charged bodies, attraction and repulsion of 710 711 715 Charged bodies, current flow and 848 Charged bodies, electric field lines for 734 Charged bodies, electric flux for 751 Charged bodies, electric force on 722—723 Charged bodies, electric potential and 782 Charged bodies, oppositely charged parallel plates 796 Charged bodies, principle of conservation of 712—713 Charged particles, applications of motion 929—932 Charged particles, motion in magnetic field 925—929 Charging/charges on conductors 767—771 Charging/charges, batteries 889—890 Charging/charges, capacitors 896—897 899 Charm 1529 Chemical analysis by x-ray emission 1426 Chemical bonds 713 Chemical lasers 1330 Chernobyl reactor 1489 Chinooks 671 Choke see "Inductors" Chromatic resolving power 1248—1249 1254 Ciliary muscle 1185 Circle of reference 423 453 Circuit breakers 901—903 Circuit diagrams 859—860 Circuit overloads 901—902 circuits see "Electric circuits" Circular apertures 1253—1256 Circular current loop 967—969 Circular motion in vertical circle 162—163 Circular motion, charged particles and 926 Circular motion, dynamics of 158—163 Circular motion, nonuniform 90—91 Circular motion, overview 87—88 Circular motion, precession and 337 Circular motion, simple harmonic motion and 422—424 Circular orbits 394—396 circular polarization 1140—1142 Clarinet 419 531 532 546 Classical (Newtonian) mechanics 107 1308 Classical turning point 1399 1431 Clausius statement 683 Close packing 1444 Closed loops 935 996 Closed orbits 394 Closed pipe 545 Closed surface 751 Clothesline 495—496 Cloud chamber 1510—1511 Clouds 1143 1465 Clutch plate 335 336 Coal smoke 1490 coaxial cables 820 976 1056—1057 Cobalt-57 1483 Cobalt-60 1482 Coefficient of kinetic friction 150 Coefficient of linear expansion 576 577—578 Coefficient of performance 680 Coefficient of restitution 282—283 Coefficient of rolling friction 155 Coefficient of static friction 151 Coefficient of volume expansion 578 579—580 611 Coherent waves 1208—1211 1220 Coils, cold fusion 1501 Coils, Helmholtz 990 Coils, inductance and 1030 Coils, magnetic fields on axis of 968—969 Coils, magnetic torque on 937—939 Coils, search 1000 Coils, Tesla 1032—1033 Cold reservoirs 675—676 Colliding-beam experiments 1518—1519 Collisions along straight line 256 Collisions between molecules 624—625 Collisions in horizontal plane 257 Collisions, angular 336 Collisions, automobiles and 248 259 260 261 Collisions, completely inelastic 258—261 Collisions, elastic 261—266 Collisions, gas pressure and 620 Collisions, inelastic 258—261 Collisions, momentum and 257—262 Collisions, relativity and 1295 Collisions, rotational 335—336 Colors, quarks and 1528—1529 Combined translation and rotation 323—329 Combustion 589 591 Common sense 108 1356 Common-emitter circuit 1459 Commutative law for vectors 13 Commutator 941 1001 compass 917 924 Compensated semiconductors 1454 Complementarity, principle of 1338—1339 1350 Complete circuits, defined 850 857 Complete circuits, power in 866 Complete circuits, source in 860—861 Completely inelastic collision 258—261 Complex conjugate 1363 Complex function 1364 Complex molecules 1440—1441 complex numbers 1091 Component vectors 15—20 109 Components of acceleration 293—294 Components of vectors 15—20 Components, calculating scalar product 22—23 Components, calculating vector product 25 Components, defined 109 Components, parallel to velocity 77—78 Components, perpendicular to velocity 77—78 Composite systems 191—192 Compressibility 367 Compression ratio 678 Compression stroke 678 Compression, adiabatic processes for ideal gas 662—663 compression, defined 364 Compression, density and 490 Compression, free 699 Compression, gas in automobile engines 614 Compression, Hooke's law and 194 Compression, volume changes and 649 Compressive strain 364—365 Compressive stress 364—365 Compton scattering 1332—1334 Compton, Arthur H. 1332 Computed tomography 1334 Computers, current in 1064 Computers, induced electric fields 1010 Computers, motor from 942 Concave mirrors, different object distances 1168—1169 Concave mirrors, focal point and focal length of 1163 Concave mirrors, image formation by 1164—1166 Concavity of x-t graphs 47 Condensed matter 1441 Condenser microphone 817 Condensers 681—682 Condensor microphone 817 Conducting box 769 770 800 Conduction bands 1446—1447 Conduction, hole 943 Conduction, metallic 714 867—870 Conduction, overview 592—595 Conductivity, defined 851 Conductivity, intrinsic 1453 Conductivity, superconductivity 1017—1018 Conductivity, thermal 592 851 Conductors, Ampere's law for 970—971 973—974 Conductors, charges on 767—771 Conductors, current in 847 Conductors, current-carrying 932—935 962—965 Conductors, defined 713 Conductors, energy band 1446—1447 Conductors, equipotential surfaces and 800—801 Conductors, force between parallel 965—967 Conductors, Hall effect for 943 Conductors, linear 851 Conductors, magnetic forces on 932—935 Conductors, ohmic 851 Conductors, potential difference of 816 Conductors, resistance of 853 Conductors, seawater as 806 Conductors, superconductors 1005 Conductors, thermal interactions and 571 cones 1185 1186 Conical pendulum 160 Conservation laws 1525 Conservation of angular momentum 333—337 Conservation of baryon number 1523—1524 Conservation of charge, principle of 712—713 Conservation of energy principle 181 213 215—219 231—232 Conservation of mass and energy, principle of 1293—1294 1481 Conservation of mechanical energy 215 Conservation of momentum, angular 333—337 Conservation of momentum, center of mass and 266—269 Conservation of momentum, collisions and 257—262 264 Conservation of momentum, overview 253—257 Conservation principle for leptons 1522 Conservative force, defined 228 Conservative force, elastic collisions and 262 Conservative force, electric potential energy and 783 786 Conservative force, electrostatic force as 887 Conservative force, momentum as 254—255 Conservative force, overview 228—232 Conservative force, potential energy and 232—233 235—236 Consonance 552 Constant acceleration 47—53 59 290—292 Constant angular acceleration 290—292 Constant force 143—144 183 Constant mass 612 Constant speed 88 Constant velocity 111—113 Constant-pressure processes 659—660 680 Constant-temperature processes 657 Constant-volume processes, Diesel cycle and 680 Constant-volume processes, heat capacities of gases 626 Constant-volume processes, isochoric processes and 657 Constant-volume processes, molecular heat capacity at 659 Constructive interference, defined 509 1209 Constructive interference, electron diffraction and 1352 Constructive interference, overview 548—550 1209—1211 Contact force, continuity equation 466—468 Contact force, defined 108 123 Contact force, frictional forces and 149 Contact force, rolling friction and 328 Continuous spectra 1334—1338 Contour lines 798—800 Control rods 1497 Convection 592 595—596 Conventional current 848 Converging lenses, defined 1174 Converging lenses, image location and magnification 1180—1181 Converging lenses, image of 1174—1176 Converging lenses, locating images 1179 Converging mirror 1162 Conversions, speed units 7—8 Conversions, volume units 8 Convex minors 1165—1167 Cooking as isobaric process 657 Cooking, heat calculations and 590—591 Coolidge, William 1515 Cooper pairs 1460 1476 Cooper, Leon 1460 Coordinate transformation, Lorentz 1283—1284 Copernicus, Nicolaus 107 396 Copper as conductor 714 Copper, Fermi energy in 1450—1451 Copper, mean free time in 870 Cornea 1186 Corona discharge 795—798 Corpuscles 1121 Corrective lenses 1186 Correspondence principle 1296 Cosine function 487 Cosmic rays 1490 1519 Cosmological principle 1534 Cosmological redshift 1535 Coulomb's law, charged particles and 1513 Coulomb's law, defined 617 716 Coulomb's law, Faraday and 768 Coulomb's law, harmonic oscillators and 1393 Coulomb's law, overview 716—721 Coulomb's law, stable orbits and 1323 Coulombs, capacitance vs. 816 Coulombs, defined 717—718 966 Coulombs, per second 848 Coulombs, per volt 788 Coupling constant 1520 Covalent bonds 455 1434—1435 1443 Covalent crystals 1444 Cowan, Clyde 1482 Crab Nebula 314—315 413 569 Crests 489—490 Crime bust, angular momentum in 336—337 Critical angle 1130 Critical damping 441 Critical density 1536—1537 Critical field 1017 Critical mass 29 Critical point 632 633 Critical temperature 617 1017 Critically damped circuit 1050 Cross (vector) product 21 24—26 318 Crossover networks 1070 Crossover point 1070 Crystal lattices 1441—1443 Crystal structures 1441—1443 Crystal-ball model 1383 Crystalline lens 1186 Crystalline solids 1441 Crystals, covalent 1444 Crystals, diffraction and 1250—1252 Crystals, heat charities of 628 629 Crystals, ideal single 1442 Crystals, ionic 1443—1444 Crystals, liquid 1441 Crystals, metallic 1444 Crystals, perfect 1442 Crystals, types of 1444—1445 CT scanner 1334 Cube, electric flux through 756 Curie 1487 Curie constant 979 Curie's law 979 Curie, Marie 1484 Curie, Pierre 979 1484 Current amplitude 1062 Current decay 1044 Current density in wires 850 Current density, current vs. 848—850 Current density, defined 849 Current growth 1041—1043
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