IndexPage numbers followed by “f”indicate figures; page numbersfollowed by “t” indicate tables; pagenumbers followed by “n” indicatefootnotes.AAberrationschromatic, 778–779, 778flens, 777–779, 778fmirror, 777–779spherical, 758, 758f, 778, 778f, 779Absorption, selective, polarization by,805–807, 805f, 806fAbsorption process, stimulated, 921,921fAbsorption spectrum, 905–906, 905fAcceptor atoms, 927fAccommodation, 821age-related reduction in, 822Action potentials, 612, 614fAir cleaner, electrostatic, 544Airplane, wing of, electrified,motional emf and, 669Alkali metals, 918–919Alpha decay, 949–950, 949fAlpha particles, 904Alternating current (AC) circuits,693–707capacitors in, 696–697, 696f, 719inductors in, 697–698, 697f, 698f,719power in, 702–704, 719resistors in, 693–696, 694f, 695ftransformer for, 705–707, 705f,707fAlternating current generators,673–674, 673f, 674f, 683Ampere, 569, 586definition of, 643Ampère, André-Marie, 641, 641fAmpère’s circuital law, 641, 650applied to solenoid, 648long straight wire and, 641–642,642f, 650Analyzer, 805Anderson, Carl, 985–986Anglecritical, 742, 746of deviation, 736polarizing, 807of refraction, 731, 731ffor glass, 733–734Angular magnificationof lens, 825, 826f, 837of telescope, 829, 838Antenna, electromagnetic waveproduction by, 709–710,710fAntineutrino, 951, 952, 966Antiparticle(s), 865, 985–986of electron, 945, 952Antiquarks, properties of, 994tApertures, single-slit and circular,resolution of, 831–836,831f, 832f, 833f, 838Apnea monitors, Faraday’s law and,666, 667fAppliances, consumer, third wire on,611–612, 611fAqueous humor, 820, 821fAstigmatism, 822Atmospheric electric fields, measuring,512Atmospheric refraction, 768–769,768fAtom(s)acceptor, 927donor, 927excited states of, 893, 921–922,921f, 922f, 932hydrogenBohr’s model of, 906–907, 906f,908fde Broglie waves and, 912–913,913fquantum mechanics and,913–915models ofearly, 903–904, 904fRutherford’s planetary, 904, 904fThomson’s, 904, 904fnucleus of, 904Atomic number of nuclei, 940, 965Atomic physics, 903–938atomic spectra in, 904–906, 905fatomic transitions in, 921–922, 921f,922fBohr theory of hydrogen and,906–912characteristic x-rays in, 920–921,920f, 932de Broglie waves and hydrogenatom and, 912–913, 913felectron clouds in, 916–917, 917fenergy bands in solids in, 924–927,925f, 926f, 927fexclusion principle in, 917–919lasers and, 922–924, 923f, 924f, 932periodic table and, 917–919Atomic physics (Continued)quantum mechanics and hydrogenatom and, 913–915spin magnetic quantum numberand, 915–916Atomic spectra, 904–906, 905fAtomic transitions, 921–922, 921f,922fAurora borealis, origin of colors in,906Automobilein lightning storm, 515Average power, in AC circuit, 703,719Axial myopia, 822Axons, 612–614, 613fBBacteria, magnetic, 627–628Bacterial growth projection, 606Balmer, Johann, 905Balmer series, 905, 905ffor hydrogen, 909–910, 909fBand(s)energy, in solids, 924–927, 925f,926f, 927fof energy levels, 925, 925fBand gap, 925, 925fBardeen, John, 929Baryon number, 989–990Baryons, 988, 988t, 1002quark composition of, 994f,985fBattery(ies)automobile, electric potentialdifference in, 537in direct current circuits, 592–601,593f, 594f, 596fBecquerel, 946Becquerel, Henri, 939Bednorz, J. Georg, 579Beta decay, 950–952, 951fBig Bang theory, 999–1000, 999f,1001fBinding energyof deuteron, 943–944of nucleus, 943–944, 944f,965Black hole, 868Blackbody radiation, 875–877, 875f,876f, 895Bohr, Niels, 907fBohr radius, 907–908I.1
I.2 IndexBohr theory, of hydrogen, 908–912modification of, 910–912, 912f,931Bohr’s correspondence principle,910, 931Bosons, W and Z, 985, 985tBradycardia, definition of, 585–586Bragg, W. H., 884Bragg, W. L., 884Bragg’s law, 884, 896Brattain, Walter, 929Bremsstrahlung, 881Brewster, Sir David, 808Brewster’s angle, 808Brewster’s law, 808, 812Bright fringes, 788–789, 788f, 811in single-slit diffraction, 799, 799fBrushes, in electric motors, 636f,637Bubble chamber, as track detector,965, 965fCCamera, 819–820, 820fCamera flash attachments, capacitorin, 546Capacitance, 545–548of circuit in resonance, 705equivalent, 553–554of parallel-plate capacitor, 545Capacitive reactance, 696–697, 719Capacitor(s), 545–560, 561in AC circuits, 696–697, 696f, 719applications of, 555, 558–559charged, energy stored in,554–556, 554f, 561charging/discharging of, in RCcircuit, 607–609combinations of, 548–554parallel, 548–550, 549f, 561series, 550–554, 551f, 561commercial designs for, 558, 558fdefinition of, 545with dielectrics, 556–560, 557f,558f, 560f, 561paper-filled, 559parallel-plate, 546–548problem-solving strategy for, 552Carbon dating, 948–951Cardiac pacemaker, 584–585Cardioverter defibrillators,implanted, 585–586, 585f,586tCarlson, Chester, 544Case ground, 611CAT scans, 960–962, 961f, 962fCatapult, space, motional emf and,668, 668fCharacteristic x-rays, 920–921, 920f,932Charge, conservation of, junctionrule and, 601, 615Charge carriers, 569in conductor, 570, 570fin current, 570–571, 570f, 586Chargingby conduction, 499, 499fby induction, 500, 500fCharm, 994–995, 1002Chromatic aberration, 778–779, 778fChromodynamics, quantum, 9996,1002Ciliary muscle, in accommodation,821Circuit(s)alternating current, 693–707 (Seealso Alternating current(AC) circuits)current measurements in, 572–573direct current, 592–623complex, Kirchhoff’s rules and,601–605, 601f, 603f, 604fhousehold, 609–610, 610fintegrated, in semiconductordevices, 930–931, 931fRC, 605–609, 606f, 607f, 615in resonance, capacitance of, 705resonance frequency of, 709RL, 680–682, 683–684RLC series, 699–702, 719resonance in, 704–705, 704fsymbols for, 548, 548fvoltage measurements in, 572–573Circuit breakers, 598in household circuits, 610, 610fCircuit diagram, 572–573, 572fCircuit elements, symbols for, 548,548fCircular aperture, limiting angle for,833, 838Cloud charger, as track detector, 965Coherent light sources, interferenceand, 786–787Collector of pnp transistor, 929, 930fColliders, 998Color charge, 9996Color force, 996, 1002between quarks, 996–997, 1002Compact disks (CDs)tracking information on,diffraction grating in, 803,803fusing interference to read, 796–797,796fCompound microscope, 827–829,827f, 837–838Compton, Arthur Holly, 885fCompton effect, 885–887, 885f, 896Compton shift, 885, 896Compton wavelength, 885, 886Computed axial tomography (CATscans), 960–962, 961f,962fComputer keyboard, capacitor in,546, 547fConcave mirrors, 757–759, 757f,758f, 759f, 761fimages formed by, 762–763Conductioncharging by, 499, 499fof electrical signals by neurons,612–614Conduction band, 925, 926fConductor(s), 499–500, 523charge carriers in, 570, 570fcharged, potentials and,541–542definition of, 499in electrostatic equilibrium,512–515, 523energy bands of, 925, 926ffield lines and, 514isolated, properties of, 512–513parallel, magnetic force between,643–644, 643fsuper, 579–580, 580fcritical temperatures for, 579tCones, 820–821Conservationof charge, junction rule and, 601,615of energyLenz’s law and, 671loop rule and, 602, 615Conservation laws, 989–991Constructive interference, 788–789,788f, 811in thin films, 792Converging lenses, 769, 770images formed by, 773–774,774fConvex mirrors, 759–765, 759f, 760f,761f, 762fimages formed by, 764Cornea, 820, 821fCosmic connection, 999–1001Coulomb, 499, 501definition of, 643Coulomb, Charles, 500–505, 501fCoulomb constant, 501, 523Coulomb’s law, 500–505, 523Critical angle, 742, 746Critical temperature, 579for superconductors, 579tCrystalline lens, 820, 821, 821fCrystalsdiffraction of x-rays by, 883–885,883f, 884f, 895–896liquid, 810–811, 810fCurie, 946Curie, Marie, 945, 945fCurie, Pierre, 945
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Color-enhanced scanning electronmic
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876 Chapter 27 Quantum PhysicsSolve
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27.2 The Photoelectric Effect and t
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27.3 X-Rays 881even when black card
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27.4 Diffraction of X-Rays by Cryst
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27.5 The Compton Effect 885Exercise
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27.6 The Dual Nature of Light and M
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27.6 The Dual Nature of Light and M
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27.8 The Uncertainty Principle 891w
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27.8 The Uncertainty Principle 893E
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27.9 The Scanning Tunneling Microsc
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Problems 897The probability per uni
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Problems 89917. When light of wavel
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Problems 90151.time of 5.00 ms. Fin
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“Neon lights,” commonly used in
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28.2 Atomic Spectra 905l(nm) 400 50
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28.3 The Bohr Theory of Hydrogen 90
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28.3 Th Bohr Theory of Hydrogen 909
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28.4 Modification of the Bohr Theor
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28.6 Quantum Mechanics and the Hydr
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28.7 The Spin Magnetic Quantum Numb
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28.9 The Exclusion Principle and th
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28.9 The Exclusion Principle and th
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28.11 Atomic Transitions 921electro
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28.12 Lasers and Holography 923is u
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28.13 Energy Bands in Solids 925Ene
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28.13 Energy Bands in Solids 927Ene
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28.14 Semiconductor Devices 929I (m
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Summary 931(a)Figure 28.32 (a) Jack
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Problems 9335. Is it possible for a
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Problems 935tum number n. (e) Shoul
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Problems 93748. A dimensionless num
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Aerial view of a nuclear power plan
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29.1 Some Properties of Nuclei 941T
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29.2 Binding Energy 943130120110100
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29.3 Radioactivity 94529.3 RADIOACT
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29.3 Radioactivity 947INTERACTIVE E
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29.4 The Decay Processes 949Alpha D
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29.4 The Decay Processes 951Strateg
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29.4 The Decay Processes 953they we
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29.6 Nuclear Reactions 955wounds on
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29.6 Nuclear Reactions 957EXAMPLE 2
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29.7 Medical Applications of Radiat
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29.7 Medical Applications of Radiat
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29.8 Radiation Detectors 963Figure
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Summary 965Photo Researchers, Inc./
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Problems 967CONCEPTUAL QUESTIONS1.
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Problems 96924. A building has beco
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Problems 97157. A by-product of som
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This photo shows scientist MelissaD
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30.1 Nuclear Fission 975Applying Ph
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30.2 Nuclear Reactors 977Courtesy o
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30.2 Nuclear Reactors 979events in
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30.3 Nuclear Fusion 981followed by
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30.3 Nuclear Fusion 983VacuumCurren
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30.6 Positrons and Other Antipartic
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30.7 Mesons and the Beginning of Pa
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30.9 Conservation Laws 989LeptonsLe
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