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| Ïîèñê ïî óêàçàòåëÿì |
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| Huggins E.R. — Physics 2000 |
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| Ïðåäìåòíûé óêàçàòåëü |
LC circuit, Fourier analysis of 31—31
LC circuit, Introduction to 31—10
LC circuit, Ringing like a bell 31—36
LC oscillation, intuitive picture of 31—12
Left hand rule as mirror image Optics 6
Leibnitz 4—1 Cal-1—3
Lens, Crystalline, eye Optics 31
Lens, diverging Optics 26
Lens, Eye glasses experiment Optics 36
Lens, Eyepiece Optics 37
Lens, Introduction to theory Optics 18
Lens, Lens equation, Derivation Optics 25
Lens, Lens equation, Introduction Optics 24
Lens, Lens equation, Multiple lens systems Optics 28
Lens, Lens equation, Negative focal length, diverging lens Optics 26
Lens, Lens equation, Negative image distance Optics 26
Lens, Lens equation, Negative object distance Optics 27
Lens, Lens equation, The lens equation itself Optics 25
Lens, Lens equation, Two lenses together Optics 29
Lens, Magnifier Optics 38
Lens, Magnifier, Jeweler using Optics 38
Lens, Magnifier, Magnification of Optics 39
Lens, Magnifying glass Optics 37
Lens, Multiple lens systems Optics 28
Lens, Optical properties due to slowing of light Optics 9
Lens, Spherical surface, Grinding one Optics 19
Lens, Spherical surface, Optical properties of Optics 19
Lens, Thin lens Optics 23
Lens, Two lenses together Optics 29
Lens, various types of, Bi-concave Optics 27
Lens, various types of, Bi-convex Optics 27
Lens, various types of, Meniscus-concave Optics 27
Lens, various types of, Meniscus-convex Optics 27
Lens, various types of, Planar-concave Optics 27
Lens, various types of, Planar-convex Optics 27
Lens, Zoom lens Optics 18
Lenses, transmitted waves 36—3
Lensing, gravitational 34—20
Lepton family, Electron int-22
Lepton family, Electron type neutrino int-22
Lepton family, Muon int-22
Lepton family, Muon type neutrino int-22
Lepton family, Tau int-22
Lepton family, Tau type neutrino int-22
Leptons, conservation of int-22
LET statement, computer 5—5
Lifetime, Muon, exponential decay Cal-1—32
Lifting weights and muscle injuries 13—11
Light int-7
Light, A tomic spectra 33—16
Light, Another View of 34—22
Light, Balmer series 33—19
Light, Blackbody radiation 34—2
Light, Chapter on 33—1
Light, Decoupling from matter in early universe 34—31
Light, Degrees int-29 34—27 34—31
Light, Diffraction of light, By thin crystals 36—6
Light, Diffraction of light, Fourier analysis of slits 16—33
Light, Diffraction of light, Grating for 33—12
Light, Diffraction of light, Pattern, by strand of hair 36—14
Light, Diffraction of light, Patterns, student projects 36—13
Light, Doppler effect in astronomy 33—23
Light, Doppler effect, Introduction to 33—20
Light, Doppler effect, Relativistic 33—22
Light, electromagnetic spectrum int-7 32—20
Light, Electromagnetic spectrum, Photon energies 34—11
Light, electromagnetic waves 32—18
Light, Gravitational lensing of 34—20
Light, Hydrogen spectrum (see Experiments II —10— Diffraction grating and hydrogen spectrum)
Light, Hydrogen spectrum, Balmer formula 35—5
Light, Hydrogen spectrum, Bohr model (see Bohr Model)
Light, Hydrogen spectrum, Lab experiment 33—17
Light, Hydrogen spectrum, Spectrum of star 33—19
Light, Infra red (see Infrared light)
Light, Interaction with gravity 34—18
Light, Interference patterns for various slits 33—12
Light, Laser pulse in gas of supercooled sodium, atoms Optics 9
Light, Lasers, chapter on 37—1
Light, Light pulse clock 1—14
Light, Maxwell's theory of int-7
Light, Microwaves. See Microwaves, Mirror images Optics 6
Light, Motion through a Medium Optics 8
Light, Particle nature of 34—1
Light, photoelectric effect 34—5
Light, Photon in electron spin resonance experiment 39—9
Light, Photon, Chapter on 34—1
Light, Photon, Creates antiparticle 34—17
Light, Photon, Energies in short laser pulse 40—21
Light, Photon, Introduction to int-8
Light, Photon, Mass 34—12
Light, Photon, Momentum 34—13
Light, Photon, Thermal, 2. 74
Light, Polarization of light 32—23
Light, Polarizers 32—25
Light, Prism, analogy to Fourier analysis 16—28
Light, Radiated electric fields 32—28
Light, Radiation pressure of 34—14
Light, Radiation pressure, red supergiant stars 20—15
Light, Radio waves (see Radio waves)
Light, rays Optics 1
Light, Red shift and the expanding universe 33—24 34—21
Light, reflection 36—3 Optics 1
Light, Reflection and fluorescence 40—8
Light, Reflection from curved surfaces Optics 4
Light, Spectral lines, Bohr theory 35—4
Light, Spectral lines, hydrogen int-7
Light, Speed in a medium Optics 8
Light, Speed of light, Electromagnetic pulse 32—14
Light, Speed of light, Experiment to measure 1—9 31—15
Light, Speed of light, Same to all observers 1—12
Light, Structure of electromagnetic wave 32—19
Light, Thermal 2.74 degrees 34—27
Light, Three degree radiation 34—27
Light, Two-slit interference pattern for 33—10
Light, ultraviolet (see Ultraviolet light)
Light, visible (see Visible light)
Light, Visible spectrum of 33—15
Light, Wave equation for int-7
Light, Waves, chapter on 33—1
Light, X ray diffraction 36—4
Light, X rays (see X-rays)
Light-hour int-2
Light-minute int-2
Light-second int-2
Light-year int-2
Limiting process 4—1 Cal-1—3
Limiting process in calculus Cal-1—5
Limiting process, Definition of derivative Cal-1—30
Limiting process, Introduction to derivative Cal-1—6
Limiting process, With strobe photographs Cal-1—2
Line charge, electric field of, Calculated using calculus 24—6
Line charge, electric field of, Calculated using Gauss' law 24—21
Line integral (see Integral line)
Linear and nonlinear wave motion 15—10
Linear momentum (see Momentum)
Lines, equipotential 25—3
Lithium and the Pauli exclusion principle 38—9
Lithium in the periodic table 38—11
Lithium, Atom 38—12
Lithium, Binding energy of last electron 38—12
Lithium, Nucleus int-6
Logarithms, Integral of 1/x Cal-1—15
Logarithms, Introduction to Cal-1—15
Logarithms, Inverse of exponential function Cal-1—16
Lorentz contraction 1—24
Lorentz contraction, Charge density created by 28—6
Lorentz force law and Maxwell's equations 32—8
Lorentz force law, Electric and magnetic forces 28—15
Lorentz force law, Relativity experiment 30—9
Lorenz, chaos 23—1
| LR circuit 31—8
LR circuit, Exponential decay time constant 31—9
LRC circuit, ringing like a bell 31—36
Lyman series, energy level diagram 35—6
Magnetic bottle 28—31
Magnetic constant ( zero), definition of 28—11
Magnetic energy, Of current loop 31 22
Magnetic energy, Of spin 39—1
Magnetic energy, Of spin, semi classical formula 39—14
Magnetic field 28—10
Magnetic field, Between capacitor plates 32—6
Magnetic field, Detector 32—26
Magnetic field, Dimensions of, tesla and gauss 28—16
Magnetic field, Direction of, Compass needles 28—12
Magnetic field, Direction of, Definition 28—11
Magnetic field, Direction of, Iron fillings 28—12
Magnetic field, Gauss'law for 32—2
Magnetic field, Helmholtz coils 28—17 28—18
Magnetic field, Helmholtz coils in electromagnetic waves 32—18
Magnetic field, Helmholtz coils in light wave int-7
Magnetic field, Helmholtz coils, 100 Turn search coil 39—12
Magnetic field, Helmholtz coils, Electron spin resonance apparatus 39—11
Magnetic field, Helmholtz coils, Field mapping experiment 30—24
Magnetic field, Helmholtz coils, Interaction with spin 39—4
Magnetic field, Helmholtz coils, Motion of electrons in 28—20 28—29
Magnetic field, Mapping (see Experiments II —7— Magnetic field mapping
Magnetic field, Mapping experiment with Helmholtz coils 30—24
Magnetic field, Motion of charged particles in 28—19
Magnetic field, Motion of electrons in (see Experiments II —5— Motion of electrons in a magnetic field)
Magnetic field, Oersted, Hans Christian 28—12
Magnetic field, Of a solenoid 28—17 29—14
Magnetic field, Of a straight wire 29—11
Magnetic field, Of a toroid 29—17
Magnetic field, Of permanent magnet, experiment to measure 30—25
Magnetic field, Radiated, a thought experiment 32—11
Magnetic field, Right-hand rule for current 28—13
Magnetic field, Right-hand rule for solenoids 29—14
Magnetic field, Surface integral of 32—2
Magnetic field, uniform 28—16
Magnetic field, Uniform, Between Helmholtz coils 28—17
Magnetic field, Uniform, Between pole pieces 28—16
Magnetic field, Uniform, Inside coils 28—17
Magnetic flux in the betatron 30—16
Magnetic flux, AC voltage generator 30—21
Magnetic flux, definition of 30—11
Magnetic flux, Faraday's law, Line integral form 30—15
Magnetic flux, Faraday's law, Voltage form 30—12
Magnetic flux, Field mapping experiment 30—24
Magnetic flux, Gaussmeter 30—23
Magnetic flux, Integral E.dl meter 30—19
Magnetic flux, Magnetic field detector 32—26
Magnetic flux, Maxwell's equations 32—8
Magnetic flux, Velocity detector 30—25
Magnetic flux, Voltage transformer 30—26
Magnetic focusing 28—29 (see also Experiments II -5a- Magnetic focusing and space physics)
Magnetic focusing, Movie 28—30
Magnetic force law, derivation of, F = qvB 28—10
Magnetic force law, Lorentz force law, electric and magnetic forces 28—15
Magnetic force law, Vector form 28—14
Magnetic force, Between currents 31—19
Magnetic force, Deflection of electron beam 28—9
Magnetic force, Deflection of electron beam, Movie 28—9
Magnetic force, On a current 31—18
Magnetic force, On electrons in a wire 30—3
Magnetic force, Origin of 28—8
Magnetic force, Parallel currents attract 28—14
Magnetic force, Relativity experiment (Faraday's law) 30—9
Magnetic force, Thought experiment (on origin of) 28—7
Magnetic moment and angular momentum 31—24
Magnetic moment, Bohr magneton 39—4
Magnetic moment, definition of 31—21
Magnetic moment, nuclear 39—6
Magnetic moment, Of charge in circular orbit 31—24
Magnetic moment, of electron 39—4
Magnetic moment, of neutron 39—6
Magnetic moment, of proton 39—6
Magnetic moment, Summary of equations 31 24
Magnetic resonance, Classical picture of 39—8 39—14
Magnetic resonance, Classical picture of, Electron spin resonance experiment 39—5
Magnetic resonance, Classical picture of, Precession of atom 39—15
Magnetism, Chapter on 28—1
Magnetism, Thought experiment to introduce 28—4
Magnets, Electromagnet 31—28
Magnets, Iron 31—26
Magnets, superconducting 31—30
Magnification, definition 0
Magnification, Negative (inverted image) 0
Magnification, Of Magnifier Optics 39
Magnification, Of two lenses, equation for 0
Magnification, Ptics 30
Magnifier Optics 38
Magnifier Optics, Jeweler using Optics 38
Magnifier Optics, Magnification of Optics 39
Magnitude of a vector 2—6
Map, contour 25—1
Mapping convention for electric fields 24—17
Mars, retrograde motion of 8—24
Mass on a spring, analytic solution 14—7
Mass spectrometer 28—28
Mass, Addition of 6—4
Mass, Angular, Moment of inertia 12—7
Mass, Beta decay of Plutonium 246 6—8
Mass, Beta decay of Protactinium 236 6—9
Mass, Center of mass, Diver movie 11—1
Mass, Center of mass, Dynamics of 11—4
Mass, Center of mass, Formula 11—3
Mass, Center of mass, Introduction to 11—2
Mass, Chapter on mass 6—1
Mass, Definition of mass, Newton's second law 8—3
Mass, Definition of mass, Recoil experiments 6—2
Mass, Electron mass in relativistic beta decay 6—7
Mass, Energy in nuclei int-18
Mass, Gravitational force on int-6
Mass, Gravitational mass 6—5
Mass, Inertial mass 6—5
Mass, Introduction to 10—3
Mass, Intuitive discussion 6—6
Mass, Measuring mass 6—4
Mass, Measuring mass Of a moving object 6—5
Mass, Measuring mass Of a neutrino 6—13
Mass, Measuring mass Of a photon 34—12
Mass, of neutron int-22
Mass, oscillating, differential equation for 14—8
Mass, Properties of 6—3
Mass, Relativistic formula for 6—10
Mass, Relativistic mass, Beta decay 6—6
Mass, Rest mass int-11 6—10 10—5
Mass, Role in mechanics 8—3
Mass, Standard mass 6—3
Mass, Zero rest mass 6—11
Mathematical prism, Fourier analysis 16—28
Matter over antimatter in early universe int-30 34—17
Matter, stability of 19—14
Mauna Kea, Hawaii Optics 45
Maxima, first of two-slit pattern 33—8
Maximally efficient engines 18—15
Maxwell's equations 32—8
Maxwell's equations in empty space 32—10
Maxwell's equations, Chapter on 32—1
Maxwell's equations, Failure of in classical hydrogen atom 35—2
Maxwell's equations, Failure of in photoelectric effect 34—6
Maxwell's equations, Probability wave for photons 40—7
Maxwell's equations, Symmetry of 32—9
Maxwell's wave equation int-7 15—1 32—18
Maxwell’s correction to Ampere’s law 32—4
Maxwell’s theory of light int-7 1—9 32—2
Measurement limitation, Due to photon momentum 40—11
Measurement limitation, Due to uncertainty principle 4—2 Cal-1—34
Measurement limitation, Two slit thought experiment 40—9
Measurement limitation, Using waves 40—10
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