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| Ïîèñê ïî óêàçàòåëÿì |
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| Huggins E.R. — Physics 2000 |
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| Ïðåäìåòíûé óêàçàòåëü |
Balmer series, Introduction to, hydrogen star 33—19
Barometer, mercury, pressure measurement 17—22
Basic electric circuits 27—1
BASIC program (see also Computer)
BASIC program for dra wing circle 5—11
BASIC program for hydrogen molecule ion 19—24
BASIC program for oscillating cart 14—32
BASIC program for oscillatory motion 14—21 14—30
BASIC program for projectile motion 5—18 5—19 5—21 8—21
BASIC program for projectile motion with air resistance 5—22
BASIC program for satellite motion 8—21
BASIC program for spring pendulum 9—20
BASIC program, Calculating circle 5—6
BASIC program, Calculational loop for satellite motion 8—19
BASIC program, Comment lines in 5—7
BASIC program, Computer time step 5—14
BASIC program, Conservation of angular momentum 8—32
BASIC program, Conservation of energy 8—35
BASIC program, DO LOOP 5—4
BASIC program, Kepler's first law 8—26
BASIC program, Kepler's second law 8—27
BASIC program, Kepler's third law 8—28
BASIC program, LET Statement 5—5
BASIC program, Modified gravity 8—29
BASIC program, Multiplication 5—6
BASIC program, New calculational loop 8—17
BASIC program, Orbit-1 program 8—21
BASIC program, Perihelion, precession of 8—30
BASIC program, Plotting a point 5—6
BASIC program, Plotting window 5—7
BASIC program, Prediction of satellite orbits 8—16
BASIC program, Satellite motion laboratory 8—23
BASIC program, Selected printing (MOD command) 5—10
BASIC program, Sine wave products 16—29
BASIC program, Unit vectors 8—18
BASIC program, Variable names 5—6
Bathtub vortex 23—2
Baud rate for fiber optics Optics 14
Bell Telephone Lab, electron waves 35—12
Berkeley synchrotron 28—22
Bernoulli’s equation, Applications of, Airplane Wing 23—13
Bernoulli’s equation, Applications of, Aspirator 23—16
Bernoulli’s equation, Applications of, Leaky tank 23—12
Bernoulli’s equation, Applications of, Sailboat 23—14
Bernoulli’s equation, Applications of, Venturi meter 23—15
Bernoulli’s equation, Applies along a streamline 23—11
Bernoulli’s equation, Care in applying 23—16
Bernoulli’s equation, Derivation of 23—9
Bernoulli’s equation, Formula for 23—11
Bernoulli’s equation, Hydrodynamic voltage 23—17
Beryllium in periodic table 38—13
Beryllium, Binding energy of last electron 38—12
Beta decay and energy conservation int21
Beta decay, Neutrinos 20—6
Beta decay, Neutrons 20—7
Beta decay, Protons 20—7
Beta decay, Recoil experiment 6—6
Beta ray int-21
Beta, Hans, proton cycle, energy from sun 34—23
Betatron 30—16
Bi-concave lens Optics27
Bi-convex lens Optics27
Bicycle wheel as a collection of masses 12—5
Bicycle wheel as a gyroscope 12—18
Bicycle wheel, Right hand rule for rotation 12—11
Bicycle wheel, Vector nature of angular momentum 7—14 12—6 12—17
Big Bang model of universe int4 33—25 34—26
Binary stars int2
Binding energy, Hydrogen molecule ion 19—23
Binding energy, Molecular forces 17—13
Binding energy, nuclear 20—9
Binding energy, Nuclear stability 20—10
Binding energy, Of inner electrons 38—12
Binomial expansion 1—31 Cal-1—23
Black dwarf star int19
Black holes and neutron stars 20—18
Black holes, Critical radius for sun mass 10—30
Black holes, Introduction to int-19
Black holes, Stellar evolution int-20
Black holes, Theory of 10—29
Blackbody radiation, Electromagnetic spectrum 32—22
Blackbody radiation, Photon picture of 34—22
Blackbody radiation, Planck's formula 34—4
Blackbody radiation, Theory of 34—2
Blackbody radiation, Wein's displacement law 34—2
Blood flow, fluid dynamics 23—23
Bohr magneton, Dirac wave equation 39—5
Bohr magneton, Unit of magnetic moment 39—4
Bohr model int-8
Bohr model, Allowed orbits 35—1
Bohr model, Angular momentum 35—1 35—8
Bohr model, Chapter on 35—1
Bohr model, De Broglie explanation 35—1
Bohr model, Derivation of 35—8
Bohr model, Energy levels 35—4
Bohr model, Introduction to int-8
Bohr model, Planck's constant 35—1 35—8
Bohr model, Quantum mechanics 35—1
Bohr model, Rydberg constant 35—9
Bohr orbits, radii of 35—7
Boltzman, Constant 17—11
Boltzman, Formula for entropy 18—24
Bonding, covalent 19—15
Bonding, ionic 38—15
Born interpretation of particle waves 40—6
Boron in periodic table 38—13
Boron, Binding energy of last electron 38—12
Bottom quark int24
Bragg reflection 36—4
Brahe, Tycho 8—25
Brownian motion, Discussion 17—7
Brownian motion, Movie 17—7
Bubble chambers 28—26
bulk modulus 15—8
Button labeled  on MacScope 16—32
c (speed of light) int-2 1—12 light)
Calculating Fourier coefficients 16—28
Calculational loop 5—17
Calculational loop for projectile motion 5—19 8—17
Calculational loop for projectile motion with air resistance 5—24
Calculational loop, Satellite Motion 8—19
Calculations, Computer, step-by-step 5—1
Calculations, Of flux 24—22
Calculations, Of integrals Cal-1—11
Calculus and the uncertainty principle 4—1 Cal-1—3
Calculus in Physics 4—1
Calculus, Calculating integrals Cal-1—11
Calculus, Calculus in physics 4—1 Cal-1—3
Calculus, Chain rule Cal-1—25
Calculus, Definition of acceleration 4—5 Cal-1—7
Calculus, Definition of acceleration, Component equations Cal-1—8
Calculus, Definition of acceleration, Vector equation Cal-1—7
Calculus, Definition of velocity 4—3 Cal-1—5
Calculus, Definition of velocity, Component equations Cal-1—8
Calculus, Definition of velocity, Vector equation Cal-1—6
Calculus, Derivation of constant acceleration formulas 4—9 Cal-1—20
Calculus, Derivation of constant acceleration formulas in three dimensions 4—11 Cal-1—22
Calculus, Derivation, electric force of charged rod 24—6
Calculus, Limiting process 4—1 Cal-1—3
Calculus, Limiting process, Vector equation for Cal-1—5
Calculus, Line integral 29—5
Calculus, Special chapter on Cal-1—3
Calculus, Surface integral 29—2
Calibration of force detector 11—10
Camera, Depth of field Optics 34
Camera, pinhole Optics 35
Camera, single lens reflex Optics 33
Capacitance, Electri Cal-27—16
Capacitance, Introduction to 27—14
Capacitor in circuits (see also Circuits)
| Capacitor in circuits as circuit elements 27—20
Capacitor in circuits, Hydrodynamic analogy 27—14
Capacitor in circuits, LC circuit 31—10
Capacitor in circuits, Parallel connection 27—20
Capacitor in circuits, RC circuit 27—22
Capacitor in circuits, Series connection 27—21
Capacitor, Electrolytic 27—17
Capacitor, Energy storage in 27—18
Capacitor, Examples of 27—17
Capacitor, Introduction to 27—14
Capacitor, Magnetic field in 32—6
Capacitor, Parallel plate, Capacitance of 27—16
Capacitor, Parallel plate, Deflection plates 26—16
Capacitor, Parallel plate, Introduction to 26—14
Capacitor, Parallel plate, Voltage in 26—15
Carbon, Burning in oxygen 17—5
Carbon, Graphite crystal, electron diffraction 36—8
Carnot cycle as thought experiment 18—4
Carnot cycle, Efficiency of, Calculation of 18—28
Carnot cycle, Efficiency of, Discussion 18—12
Carnot cycle, Efficiency of, Formula for 18—13 18—29
Carnot cycle, Efficiency of, Reversible engines 18—18
Carnot cycle, Energy flow diagrams 18—15
Carnot cycle, Entropy 18—22
Carnot cycle, Introduction to 18—11
Carnot cycle, Maximally efficient engines 18—15
Carnot cycle, Refrigerator, energy flow diagrams 18—15
Carnot cycle, Reversible engines 18—13
Carnot cycle, Reversiblility 18—17
Carnot cycle, Second law of thermodynamics 18—4
Cassegrain telescope Optics 42
Cavendish experiment 8—7
Center of mass, Diver movie 11—1
Center of mass, Dynamics of 11—4
Center of mass, Formula for 11—3
Center of mass, Gravitational force acting on 13—4
Center of mass, Introduction to 11—2
Center of our galaxy Optics 47
Cerenkov radiation Optics 10
CERN, Electroweak theory int-26
CERN, Proton synchrotron at 28—24
cgs units Back cover-1
CGS units, Classical hydrogen atom 35—2
CGS units, Coulomb's law 24—2
CGS units, Definition of electric charge 19—8
Chain rule Cal-1—25
Chain rule, Proving it (almost) Cal-1—26
Chain rule, Remembering it Cal-1—25
Chaos 23—1
Charge, Addition of 19—10
Charge, conservation of int-21
Charge, Density, created by Lorentz contraction 28—6
Charge, Discussion of int-6
Charge, Electric, definition of (CGS units) 19—8
Charge, Fractional (quarks) int-24 19—15
Charge, Magnetic moment for circular orbit 31—24
Charge, On electron, Millikan oil drop experiment 26—17
Charge, Positive and negative int-6 19—10
Charge, Quantization of electric 19—14
Charge, surface 26—2
Charge, Unit test 24—11
Charges, static, line integral for 30—2
Charm quark int-24
Chemistry (see Atoms: Angular momentum quantum number)
Cholera molecule 17—2
chromatic aberration Optics 21
Chromatic aberration, Newton's reflecting telescope Optics 22
Ciliary muscle, eye Optics 31
Circuits, Basic 27—1
Circuits, Grounding 26—8
Circuits, Inductor as a circuit element 31—7
Circuits, Kirchoff’s law 27—10
Circuits, LC circuit, Experiment 31—13
Circuits, LC circuit, Fourier analysis of 31—31
Circuits, LC circuit, Introduction to 31—10
Circuits, LC circuit, Ringing like a bell 31—36
Circuits, LR circuit, Exponential decay 31—9
Circuits, LR circuit, Introduction to 31—8
Circuits, Neon oscillator circuit 27—29
Circuits, Power in 27—9
Circuits, RC circuit, Exponential decay 27—23
Circuits, RC circuit, Exponential rise 27—26
Circuits, RC circuit, Initial slope 27—25
Circuits, RC circuit, Introduction to 27—22
Circuits, RC circuit, Measuring time constant 27—25
Circuits, RC circuit, Time constant 27—24
Circuits, RC circuit, X (see Experiments II: -3- The RC Circuit)
Circuits, Short 27—9
Circuits, Simple 27—8
Circuits, The voltage divider 27—13
Circular electric field 30—13
Circular electric field, Line integral for 30—13
Circular motion, Force causing 8—2
Circular motion, Particles in magnetic field 28—20
Circular motion, Uniform, Introduction to 3—17
Circular motion, Uniform, Magnitude of acceleration 3—18
Circular orbit, classical hydrogen atom 35—2
Circular wave patterns, superposition of 33—2
Classical hydrogen atom 35—2
Classical physics int-7
Clock, Atomic clocks 1—21
Clock, Lack of simultaneity 1—32
Clock, Light pulse clock 1—14
Clock, Muon clock 1—20
Clock, Time dilation 1—22
Cluster, globular 11—2
Cochlea (inside of the ear) 16—34
Coefficient of friction 9—13
Coefficients, Fourier (Fourier analysis lecture) 16—28
Coil as a circuit element 31—7
Coil, Field of a solenoid 28—17 29—14
Coil, Inductance of 31—5
Coil, Magnetic field of Helmholtz coils 28—19
Coil, Primary 30—26
Coil, Toroidal 31—6
Coil, Toroidal in LC circuit 31—11
Coil, Torroidal 29—17
Collisions, Color force 19—15
Collisions, Discovery of the atomic nucleus 11—19
Collisions, Energy loss 11—14
Collisions, Experiments on momentum conservation 7—4
Collisions, Force detector 11—10
Collisions, Impulse 11—9
Collisions, Introduction to 11—9
Collisions, Momentum conservation during 11—13
Collisions, Subatomic 7—7
Collisions, That conserve momentum and energy (elastic) 11 16
Colors and Fourier analysis 16—28
Colors, Blackbody radiation 32—22
Colors, Blackbody radiation, Color of stars 34—2
Colors, Electromagnetic Spectrum 32—20
Colors, Glass prism and rainbow of colors Optics 15
Comment lines, computer 5—7
Commutative law, exercise on 2—7
Compass needles, direction of magnetic field 28—12
Component sine wave, Fourier analysis 16—28
Components, Formula for cross product 2—17
Components, Introduction to 2—8
Components, vector Cal-1—7
Compton scattering, photon momentum 34—15
Computer (see also BASIC program)
Computer analysis of satellite motion (see Experiments I: —5— Computer analysis of satellite motion)
Computer prediction of projectile motion (see Experiments projectile
Computer, BASIC (see also BASIC program)
Computer, Calculations, Introduction to 5—2
Computer, Calculations, Step-by-step 5—1
Computer, Commands, Comment lines 5—7
Computer, Commands, DO LOOP 5—4
Computer, Commands, LET Statement 5—5
Computer, Commands, Multiplication notation 5—6
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