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Huggins E.R. — Physics 2000
Huggins E.R. — Physics 2000



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Íàçâàíèå: Physics 2000

Àâòîð: Huggins E.R.

Àííîòàöèÿ:

Physics2000 is a calculus based, college level introductory physics course that is designed to include twentieth century physics throughout. This is made possible by introducing Einstein's special theory of relativity in the first chapter. This way, students start off with a modem picture of how space and lime behave, and are prepared to approach topics such as mass and energy from a modern point of view.


ßçûê: en

Ðóáðèêà: Ôèçèêà/

Ñòàòóñ ïðåäìåòíîãî óêàçàòåëÿ: Ãîòîâ óêàçàòåëü ñ íîìåðàìè ñòðàíèö

ed2k: ed2k stats

Ãîä èçäàíèÿ: 2000

Êîëè÷åñòâî ñòðàíèö: 1123

Äîáàâëåíà â êàòàëîã: 23.10.2012

Îïåðàöèè: Ïîëîæèòü íà ïîëêó | Ñêîïèðîâàòü ññûëêó äëÿ ôîðóìà | Ñêîïèðîâàòü ID
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Ïðåäìåòíûé óêàçàòåëü
Experiments II, —4— The neon bulb oscillator      27—28
Experiments II, —5a— Magnetic focusing, space physics      28—30
Experiments II, —5— Motion of electrons in a magnetic field      28—19
Experiments II, —6— Faraday's law air cart speed detector      30—5
Experiments II, —7— Magnetic field mapping using Faraday's law      30—24
Experiments II, —8— Measuring the speed of light with LC circuit      31
Experiments II, —9— LC circuit and Fourier analysis      31—31
Exponential decay      Cal-1—32
Exponential decay in LR circuits      31—9
Exponential decay in RC circuits      27—23
Exponential decay, Cornea      Optics 31
Exponential decay, Crystalline lens      Optics 31
Exponential decay, Eye glasses experiment      Optics36
Exponential decay, Eye, human, Ciliary muscle      Optics 31
Exponential decay, Indefinite integral of      Cal-1—29
Exponential decay, Integral of      Cal-1—29
Exponential decay, Introduction to      Cal-1—16
Exponential decay, Inverse of the logarithm      Cal-1—16
Exponential decay, Series expansion      Cal-1—28
Exponential decay, Y to the x power      Cal-1—16
Exponential function, derivative of      Cal-1—28
Eyepiece      Optics 37
F = ma      (see also Newton's second law)
F = ma for A twood’s machine      9—16
F = ma for in dined plane      9—10
F = ma for spring pendulum      9—7
F = ma for string forces      9—15
F = ma, Applied to Newton’s law of gravity      8—5
F = ma, Applied to satellite motion      8—8
F = ma, Introduction to      8—4
F = ma, Vector addition of forces      9—6
f number for camera      Optics-33
f number for parabolic mirror      Optics-5
F(t)=(1)sin(t)+(1/3)sin(3t)+ ..., Fourier analysis of square wave      16—28
Failure of classical physics      17—31
Faraday's law, AC voltage generator      30—21
Faraday's law, Applications of      30—15
Faraday's law, Chapter on      30—1
Faraday's law, Derivation of      30—11
Faraday's law, Field mapping experiment      30—24
Faraday's law, Gaussmeter      30—23
Faraday's law, Induced Voltage      31—4
Faraday's law, Line integral      30—15
Faraday's law, One form of      30—12
Faraday's law, Right hand rule for      30—15
Faraday's law, The betatron      30—16
Faraday's law, Velocity detector      30—25
Faraday's law, Voltage transformer      30—26 (see Experiments II: —6— Faraday's law air cart speed Experiments
Farsightedness      Optics-32
Fermi Lab accelerator      28—23
Feynman, R. P.      int-14
FFT Data button      16—32
Fiber optics, Introduction to      Optics-14
Fiber optics, Medical imaging      Optics-15
Field continued, Electromagnetic field      32—18
Field continued, Flux, introduction of concept      24—15
Field continued, Gauss'law      24—20
Field continued, Gravitational field, Definition of      23—3
Field continued, Gravitational field, Inside the earth      24—24
Field continued, Gravitational field, Of point-mass      24—23
Field continued, Gravitational field, Of spherical mass      24—24
Field continued, Magnetic field in coils      28—17
Field continued, Magnetic field in Helmholtz coils      28—18
Field continued, Magnetic field, Between capacitor plates      32—6
Field continued, Magnetic field, Detector, radio waves      32—26
Field continued, Magnetic field, Direction of, north pole      28—11
Field continued, Magnetic field, Gauss's law for (magnetic monopole)      32—2
Field continued, Magnetic field, Interaction with Spin      39—4
Field continued, Magnetic field, Introduction to      28—10
Field continued, Magnetic field, Of a solenoid      29—14
Field continued, Magnetic field, Of a toroid      29—17
Field continued, Magnetic field, Of straight wire      29—11
Field continued, Magnetic field, Surface integral      32—2
Field continued, Magnetic field, Thought experiment on radiated field      32—11
Field continued, Magnetic field, Uniform      28—16
Field continued, Magnetic field, Visualizing using compass needles      28—12
Field continued, Magnetic field, Visualizing using iron filings      28—12
Field continued, Plotting experiment      25—7
Field continued, Vector field, Definition of      23—3
Field continued, Vector field, Two kinds of      30—18
Field continued, Velocity field, Introduction to      23—2
Field continued, Velocity field, Of a line source      23—7
Field continued, Velocity field, Of a point-source      23—6
Field lines, Computer plots, programs for      25—12
Field lines, Electric, Definition of      24—12
Field lines, Electric, Drawing them      24—13
Field lines, Three dimensional model      25—10
Field mapping, Magnetic field of Helmholtz coils      30—24
Field mapping, Magnetic field of solenoid      30—24
Field plots and electric potential, chapter on      25—1
Field, Conserved lines, fluid and electric      24—17
Field, Electric, Circular, line integral for      30—13
Field, Electric, Computer plot of (-3, +5)      24—19
Field, Electric, Continuity equation for      24—14
Field, Electric, Created by changing magnetic flux      31—2
Field, Electric, Direction of circular or induced      31—3
Field, Electric, Inside a conductor      26—1
Field, Electric, Inside hollow metal sphere      26—4
Field, Electric, Integral of - E. dl meter      30—20
Field, Electric, Introduction to      24—10
Field, Electric, Line integral of      30—14
Field, Electric, Mapping convention      24—17
Field, Electric, Mapping with lines      24—12
Field, Electric, Of electromagnet (turned on or off)      30—15
Field, Electric, Of line charge      24—21
Field, Electric, Of static charges      30—2 30—16
Field, Electric, Radiation by line charge      32—28
Field, Electric, Radiation by point-charge      32—30
Field, Electric, Van de Graaff generator      26—6
field, mapping using Faraday's law)      
Filament, electron gun      26—9
First maxima of two-slit pattern      33—8
Fission, nuclear      20—3
Fitch, Val, K mesons and the direction of time      18—27
Fluctuations, quantum in empty space      40—25
Fluid dynamics, chapter on      23—1
Fluid flow, viscous effects      23—19
Fluorescence and reflection      40—8
Flux, Calculations, introduction to      24—22
Flux, Definition of      24—15
Flux, magnetic in the betatron      30—16
Flux, magnetic, AC voltage generator      30—21
Flux, magnetic, Definition of      30—11
Flux, magnetic, Faraday's law, Line integral form      30—15
Flux, magnetic, Faraday's law, Voltage form      30—12
Flux, magnetic, Field mapping experiment      30—24
Flux, magnetic, Gaussmeter      30—23
Flux, magnetic, Integral E. dl meter      30—19
Flux, magnetic, Magnetic field detector      32—26
Flux, magnetic, Maxwell's equations      32—8
Flux, magnetic, Velocity detector      30—25
Flux, magnetic, Voltage transformer      30—26
Flux, Of magnetic field      30—11
Flux, Of velocity and electric fields      24—15
Flux, Of velocity field      23—8
Flux, Tubes of flux, definition of      24—17
Focal length for parabolic mirror      Optics-5
Focal length, Negative, diverging lenses      Optics-26
Focal length, Of a spherical surface      0
Focal length, Ptics      20
Focal length, Two lenses together      Optics-29
Focus, Eye, human      Optics-32
Focus, Of a parabolic mirror      Optics-4
Focus, Of an ellipse      8—26 Optics-3
Focusing      Optics 32
Focusing of sound waves      8—26 Optics-3
Focusing, Cones      Optics 31
Focusing, Introduction      Optics 31
Focusing, Iris      Optics 31
Focusing, magnetic      28—29
Focusing, Nearsightedness      Optics 32
Focusing, Nerve fibers      Optics 31
Focusing, Rods      Optics 31
force      8—2
Force detector      11—10
Force, Color force      19—15
Force, Conservative and non-conservative      10—21
Force, Conservative forces      25—5
Force, Electric force, Classical hydrogen atom      35—2
Force, Electric force, Introduction to      19—7
Force, Electric force, Produced by a line charge      24—6
Force, Electric force, Strength of (garden peas)      28—2
Force, Four basic forces or interactions      19—1
Force, Introduction to force      8—2
Force, Lorentz force law      32—8
Force, Magnetic force law, Derivation of      28—10
Force, Magnetic force law, Vector form      28—14
Force, Magnetic force, Between currents      31—19
Force, Magnetic force, On a current      31—18
Force, Magnetic force, Origin of      28—10
Force, Molecular force, A classical analysis      19—19
Force, Molecular force, Analogous to spring force      14—20
Force, Molecular force, Introduction to      19—15
Force, Molecular force, Potential energy for      17—12
Force, Non linear restoring force      14—19
Force, Nuclear force      int-18
Force, Nuclear force, Introduction to      20—2
Force, Nuclear force, Range of      20—3
Force, Particle nature of forces      int-13
Force, Pressure force      17—16
Force, Spring force as molecular force      14—20 17—12
Force, Spring force, Hook's law      9—3
Force, String force, Atwood's machine      9—16
Force, String force, Tension      9—15
Forced harmonic motion, differential equation, for      14—25 14—28
Forces, addition of      9—2
Formation of planets      7—17
Four basic interactions      int-25 19—1
Fourier analysis and repeated wave forms      16—11
Fourier analysis in the human ear      16—16
Fourier analysis, Amplitude and intensity      16—33
Fourier analysis, Amplitude and phase      16—31
Fourier analysis, Calculating Fourier coefficients      16—28
Fourier analysis, Energy-time form of the uncertainty principle      40—20
Fourier analysis, Formation of pulse from sine waves      40—27
Fourier analysis, Introduction to      16—6
Fourier analysis, Lecture on Fourier analysis      16—28
Fourier analysis, Normal modes and sound      16—1
Fourier analysis, Of a sine wave      16—7
Fourier analysis, Of a square wave      16—9 16—28
Fourier analysis, Of coupled air carts, normal modes      16—12
Fourier analysis, Of LC circuit      31—31
Fourier analysis, Of slits forming a diffraction pattern      16—33
Fourier analysis, Of sound waves      (see Experiments I —12— Fourier analysis
Fourier analysis, Of violin, acoustic vs electric      16—19
Fourier, Jean Baptiste      16—2
Fractional charge      int-24
Freezing out of degrees of freedom      17—32
Frequencies (Fourier analysis)      16—28
Frequency, angular      15—14
Frequency, Of oscillation of LC circuit      31—10
Frequency, period and wavelength      15—13
Frequency, Photon energy E=hf      34—7
Frequency, Spacial frequency      15—14
Friction, coefficient of      9—13
Friction, inclined plane      9—12
From nuclear fission      20—4
From sun      int-18
Functions obtained from integration      Cal-1—15
Functions obtained from integration, Logarithms      Cal-1—15
Fusion, nuclear      int-18 20—12
Galaxy, Andromeda      int-2
Galaxy, Center of our galaxy      Optics-47
Galaxy, Introduction to      int-2
Galaxy, Most distant      int-3
Galaxy, Sombrero      int-2
Galaxy, Space travel      1—22
Galileo, Falling objects (Galileo Was Right!)      8—6
Galileo, Inclined plane      9—10
Galileo, Portrait of      9—11
Galileo’s inclined plane      9—11
GALILEO’S telescope      Optics-41
Gallbladder operation, medical image      Optics-15
Gamma = Cp/Cv, specific heats      18—7
Gamma rays      32—20 32—22
Gamma rays, Photon energies      34—11
Gamma rays, Wavelength of      32—20
Gamov, George, big bang theory      int-4
Garden peas, Electric force between      19—12
Garden peas, electric forces between      28—2
Gas constant R      17—25
Gas law, ideal      17—18
Gas, expanding, work done by      18—5
Gaudsmit and Uhlenbeck, spin      39—1
Gauss' law for gravitational fields      24—23
Gauss' law for magnetic fields      32—2
Gauss' law, Electric field of line charge      24—21
Gauss' law, Introduction to      24—20
Gauss' law, Solving problems      24—26
Gauss' law, Surface integral      29—3
Gauss, tesla, magnetic field dimensions      28—16
Gaussmeter      30—23
Gell — Mann, Quarks      int-24 19—14
General relativity      int-15 8—29
General relativity, Modified gravity      8—29
Geometrical optics, Chapter on      Optics-1
Geometrical optics, Definition of      Optics-2
Glass prism      Optics-13
Globular cluster      11—2
Gluons, strong nuclear force      int-25
Graph paper for graphical analysis      3—33
Graph paper for projectile motion      3—29
Graphical analysis, Electron scattering      36—1
Graphical analysis, Of instantaneous velocity      3—26
Graphical analysis, Of projectile motion      3—17
Graphical analysis, Of projectile motion with air resistance      3—22
Graphical analysis, Structure of      36—8
Grating, diffraction      33—12
Grating, Multiple slit, Fourier analysis of      16—33
Grating, Multiple slit, Interference patterns for      33—12
Grating, Three slit      16—33
Gravitational field, An abstract concept      23—3
Gravitational field, Gauss'law for      24—23
Gravitational field, Inside the earth      24—24
Gravitational field, Of point-mass      24—23
Gravitational field, Of spherical mass      24—24
Gravitational force      (see Gravity)
Gravitational lens, Einstein cross      34—20
Gravitational mass      6—5
Gravitational potential energy, Energy conservation      int-11
Graviton      int-15
Gravity      int-15
Gravity and satellite motion      8—8
Gravity, acceleration due to      3—21
Gravity, Black hole      int-20 10—29
Gravity, Cavendish experiment      8—7
Gravity, Deflection of photons      34—19
Gravity, Earth tides      8—12
Gravity, Einstein's general relativity      int-15
Gravity, Four basic interactions      19—1
Gravity, Gravitational force acting at center of mass      13—4
Gravity, Gravitational potential energy in a room      10—25
Gravity, Gravitational potential energy in satellite motion      8—36
Gravity, Gravitational potential energy, Bernoulli's equation      23—10
Gravity, Gravitational potential energy, Black holes      10—29
Gravity, Gravitational potential energy, Conservation of Energy      8—35
Gravity, Gravitational potential energy, Energy conservation      int-11
Gravity, Gravitational potential energy, Introduction to      10—8
Gravity, Gravitational potential energy, Modified      8—37
Gravity, Gravitational potential energy, On a large scale      10—22
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