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| Ïîèñê ïî óêàçàòåëÿì |
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| Huggins E.R. — Physics 2000 |
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| Ïðåäìåòíûé óêàçàòåëü |
Thermal photons in blackbody radiation 34—22
Thermometer, Ideal gas 17—20
Thermometer, Mercury or alcohol 17—9
Thermometer, Temperature scales 17—10
Thin lenses Optics-23
Thought experiments, Carnot cycle 18—4
Thought experiments, Causality 1—36
Thought experiments, Lack of simultaneity 1—32
Thought experiments, Light pulse clock 1—13
Thought experiments, Lorentz contraction and space travel 1—22
Thought experiments, Magnetic force and Faraday's law 30—3
Thought experiments, No width contraction 1—28
Thought experiments, Origin of magnetic forces 28—8
Thought experiments, Two slit experiment and the uncertainty principle 40—9
Three degree cosmic radiation int-30 34—27
Three degree cosmic radiation, Penzias and Wilson 34—27
Tides, two a day 8—12
Time and the speed of light int-2
Time constant for RC circuit 27—24
Time constant, Measuring from a graph 27—25 Cal-1—34
Time in early universe int-27 34—29
Time reversal, Dive movie 18—1
Time reversal, Water droplets 18—2
Time reversed movie of dive 18—1
Time step and initial conditions 5—14
Time, Age of sun 34—23
Time, Behavior of 1—1
Time, dilation 1—22
Time, Dilation formula 1—16
Time, direction of and strobe photographs 3—27
Time, Direction of, Entropy 18—26
Time, Direction of, Neutral K meson 18—26
Time, Measuring short times using uncertainty prin, ciple 40—22
Time, Moving clocks 1—13
Time, Muon lifetime movie 1—21
Time, On light pulse clock 1—14
Time, On other clocks 1—18
Time, On real clocks 1—20
Time, Steady state model of universe 34—25
Time-energy form of the uncertainty principle 40—19
Top quark, Mass of int-24
Top quark, Quark family int-24
Toroid in LC experiment 31—11
Toroid in resonance 31—14
Toroid, Inductor 31—6
Toroid, magnetic field of 29—17
Toroid, Speed of light measuerment 1—9 31—15
Torque as angular force 12—15
Torque in torsion pendulum 14—12
Torque, On a current loop 31—20
Torsion pendulum 14—12
Total energy, Classical hydrogen atom 35—3
Total energy, Escape velocity 10—28
Total energy, Satellite motion 8—36
Town water supply, hydrodynamic voltage 23—18
Transients 14—27
Translation and rotation 12—24
Transmitted wave and lenses 36—3
Traveling waves, formula for 15—16
Tritium, a hydrogen isotope int-17 19—7
True BASIC (see BASIC program)
Tubes of flux 24—17
Two dimensional standing waves 37—8
Two kinds of vector fields 30—18
Two lenses together Optics-29
Two slit experiment and the uncertainty principle 40—9
Two slit experiment for light 33—10
Two slit experiment, A closer look at 33—26
Two slit experiment, First maxima 33—8
Two slit experiment, Measurement limitations 40—9
Two slit experiment, One particle at a time 40—3
Two slit experiment, One slit experiment 40—2
Two slit experiment, Particle point-of view 40—3
Two slit experiment, Particle/wave nature 40—2
Two slit experiment, Using electrons 40—3
Two-slit interference patterns 33—6
Tycho Brahe’s apparatus 8—25
Uhlenbeck and Gaudsmit, electron spin 39—1
Ultraviolet light, Electromagnetic spectrum int-7 32—20 32—22
Ultraviolet light, Photon energies 34—11
Ultraviolet light, Wavelength of 32—20
Uncertainty principle Cal-1—3
Uncertainty principle and definition of velocity 4—1 Cal-1—3
Uncertainty principle and strobe photographs 4—2 Cal-1—4
Uncertainty principle,  40—15
Uncertainty principle, Applied to projectile motion 4—2 Cal-1—4
Uncertainty principle, Elementary particles, short lived 40—23
Uncertainty principle, Energy conservation 40—24
Uncertainty principle, Fourier transform 40—20
Uncertainty principle, Introduction to 40—14
Uncertainty principle, Partide/wave nature int-10
Uncertainty principle, Position-momentum form 40—15
Uncertainty principle, Single slit experiment 40—16
Uncertainty principle, Time-energy form 40—19
Uncertainty principle, Used as clock 40—22
Unit of angular momentum int-9
Unit of angular momentum in Bohr theory 35—9
Unit of angular momentum, Electron spin 39—3
Unit test charge 24—11
Unit vectors 8—18
Units, Atomic units 19—22
Units, CGS, centimeter, gram, second Back cover 1
Units, CGS, Coulomb's la w 24—2
Units, CGS, Statamp, statvolt, ergs per second 24—2
Units, Checking MKS calculations 24—3
Units, MKS, Ampere, volt, watt 24—2
Units, MKS, Coulomb's law 24—2
Units, MKS, Meter, kilogram, second Front cover 2
Units, Planetary units 8—14
Units, Practical System of units (MKS) 10—31
Universe as a laboratory int-1
Universe, 10 to the 14 degrees int-27
Universe, 13.8 seconds int-28
Universe, 24% neutrons int-28 38
Universe, 38% neutrons int-27
Universe, age of int-3
Universe, At various short times 34—30
Universe, At. 7 million years, decoupling int-29
Universe, Becomes transparent, decoupling 34—31
Universe, Big bang model 34—26
Universe, Books on, Coming of Age in the Milky Way 34—32
Universe, Books on, The First Three Minutes 34—32
Universe, Continuous creation theory int-4 34—25
Universe, Decoupling (700, 000 Years) 34—31
Universe, Decoupling (700,000 years) 34—31
Universe, Deuterium bottleneck int-28
Universe, early (see Universe early)
Universe, early 10 to the 10 degrees int-27 10
Universe, early 10 to the 13 degrees int-27 10
Universe, Evolution of, Doppler effect 34—21
Universe, Excess of matter over antimatter int-27 34—29
Universe, expanding int-3
Universe, Expanding, Quasars and gravitational lensing 34—19
Universe, Frame#2 (.11 seconds) 34—30
Universe, Frame#3 (1.01 seconds) 34—30
Universe, Frame#4 (13.82 seconds) 34—30
Universe, Frame#5 (3 minutes and 2 seconds) 34—30
Universe, Helium abundance 34—26
Universe, Helium abundance in 34—26
Universe, Helium created int-28
Universe, Hot int-4
Universe, Matter particles survive int-27 34—29
Universe, models of 34—23
Universe, Neutrinos escape at one second int-28
Universe, Overview int-27 34—29
Universe, Positrons annihilated int-28
Universe, Red shift 33—24
Universe, Steady state model of 34—25
Universe, The First Three Minutes 34—32
Universe, Thermal equilibrium of 34—28
| Universe, Thermal photons int-29 34—28
Universe, Three degree cosmic radiation int-30 34—27 34—32
Universe, Transparent universe int-29
Universe, Visible int-3 34—32
Universe, Why it is hot 34—29
Up quark int-24
Uranium, Binding energy per nucleon 20—10
Uranium, Nuclear fission 20—4
Uranium, Nuclear structure int-17 20—2
Van Allen radiation belts 28—32
van de Graaff generator 26—6
Variable names, computer 5—6
Variables, Evaluated over interval Cal-1—10
Vector in component form 2—10
Vector, addition 2—3
Vector, Addition by components 2—9
Vector, Angular momentum 7—14 12—7
Vector, Angular velocity 12—7
Vector, Area 24—22
Vector, Component equations Cal-1—8
Vector, components 2—8
Vector, Constant acceleration formulas 4—11
Vector, cross product 12—9
Vector, Definition of acceleration Cal-1—7
Vector, Definition of velocity Cal-1—6
Vector, dot product 10—13
Vector, electric field 24—10
Vector, Equations, Components with derivatives 4—6 Cal-1—7
Vector, Exercise on 2—7 2—8
Vector, Formula for 2—17
Vector, Interpretation of 2—14
Vector, magnetic field 28—10
Vector, magnitude of 2—17
Vector, Measuring length of 3—9
Vector, multiplication 2—11
Vector, Multiplication, cross product 2—15 12—9
Vector, Multiplication, scalar or dot product 2—12 10—13
Vector, Right hand rule 12—10
Vector, Two kinds of 30—18
Vector, Vector fields 23—3
Vector, Velocity from coordinate vector 3—13
Vectors 2—2
Vectors, Arithmetic of 2—3
Vectors, Associative law 2—4
Vectors, Commutative law 2—4
Vectors, coordinate 3—11
Vectors, Displacement 2—2
Vectors, From Strobe Photos 3—5
Vectors, Graphical addition and subtraction 3—10
Vectors, Multiplication by number 2—5
Vectors, Negative of 2—5
Vectors, subtraction of 2—5
Vectors, unit 8—18
Velocity 3—11
Velocity and the uncertainty principle 4—2 Cal-1—4
Velocity detector, Air cart 30—5
Velocity detector, Flux of 23—8 24—15
Velocity detector, Magnetic flux 30—25
Velocity detector, Of a line source 23—7
Velocity detector, Of a point-source 23—6
Velocity detector, Velocity field 23—2
Velocity field 23—2
Velocity vector from coordinate vector 3—13
Velocity, angular 12—2 14—5
Velocity, Angular analogy 12—3
Velocity, Calculus definition of 4—3 Cal-1—5
Velocity, Component equations Cal-1—8
Velocity, Curve, area under Cal-1—12
Velocity, Definite integral of Cal-1—11
Velocity, From strobe photograph 3—26
Velocity, instantaneous 3—24
Velocity, Integral of Cal-1—10
Velocity, Of escape 10—28
Velocity, tangential 12—4
Velocity, Using strobe photos 3—11
Venturi meter, Bernoulli's equation 23—15
Venturi meter, With superfluid helium 23—17
Very Large Array, radio telescopes Optics-48
Very Long Baseline Array, radio telescopes Optics-49
Violets, odor of 17—6
Violin, Acoustic vs electric 16—19
Violin, Back, standing waves on 16—23
Viscous effects in fluid flow 23—19
Visible light int-7 32—20
Visible light, Photon energies 34—11
Visible light, Spectrum of 33—15
Visible light, Wavelength of 32—20
Visible universe int-3 34—32
Volt, electron 26—12
Volt, MKS units 24—2
Voltage and current 27—6
Voltage and current, Ohm’s law 27—7
Voltage and current, Resistors 27—6
Voltage source, constant 27—15
Voltage transformer and magnetic flux 30—26
Voltage, Air cart speed detector 30—5
Voltage, Divider, circuit for 27—13
Voltage, Electric 25—6
Voltage, Fluid analogy, Hydrodynamic voltage 23—17
Voltage, induced 31—4
Voltage, Induced in a moving loop 30—4
Voltage, Resistance 27—7
Voltage, Town water supply 23—18
Volume of mole of gas 17—25
Vortex street, Karman 14—25
Vortex, Bathtub 23—2 23—20
Vortex, Hurricane 23—20
Vortex, Tornado 23—20
Vortices 23—20
Vortices, Quantized in superfluids 23—22
W and Z mesons, electroweak interaction int-26
Water droplets, time reversal 18—2
Water, Evaporating 17—5
Water, molecule 17—2
Watt, MKS units 24—2
Wave equation int-7 15—1
Wave equation for light int-7
Wave equation, Bohr magneton 39—5
Wave equation, Dirac's 15—2
Wave equation, Discovery of 37—1
Wave equation, Maxwell's 15—1
Wave equation, Nonrelativistic int-12 34—16
Wave equation, Relativistic int-12 15—2
Wave equation, Schroedinger's 15—1
Wave equation, Spin 39—3
Wave motion, Amplitude and phase 15—17
Wave motion, Linear and nonlinear 15—10
Wave motion, One dimensional 15—1
Wave motion, Principle of superposition 15—11
Wave nature of light, Young, Thomas 34—1
Wave patterns, Hydrogen, Intensity at the Origin 38—5
Wave patterns, Probability interpretation 40—6
Wave patterns, Schrodinger’s equation 38—2
Wave patterns, Standing waves 38—3
Wave patterns, Two slit experiment 40—2
Wave pulses 15—3
Wave pulses, Speed of 15—4
Wave, Circular water waves 33—2
Wave, Cosine waves 16—28
Wave, De Broglie, standing wave movie 35—11
Wave, Diffraction pattern 33—5
Wave, Electromagnetic waves 32—18
Wave, Electron waves in hydrogen 38—1
Wave, Electron waves, de Broglie picture 35—11
Wave, Forms, repeated in Fourier analysis 16—11
Wave, Formulas for 15—20
Wave, Fourier analysis, Of a sine wave 16—7
Wave, Fourier analysis, Of a square wave 16—9
Wave, Frequency of 15—21
Wave, Huygens' principle, introduction to 33—4
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