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Physics Constants:     more books (100)

Fundamental Laws of Physics by f constant, 1963 Mineral Physics & Crystallography: A Handbook of Physical Constants (Agu Reference Shelf, No 2) Integrable Problems of Celestial Mechanics in Spaces of Constant Curvature by T.G. Vozmischeva, 2003-10-31 Chemical Shifts and Coupling Constants for Boron-11 (Landolt-Börnstein: Numerical Data and Functional Relationships in Science and Technology - New Series / Condensed Matter) by R.T. Pardasani, Pushpa Pardasani, 2009-09-14 M-Theory: Theoretical physics, Superstring theory, String theory, Membrane (M- Theory), Supergravity, Supersymmetry, Coupling constant, Type II string theory, Ashoke Sen, Michael Duff THEORETICAL PHYSICS: Mechanics of Particles, Rigid and Elastic Bodies, Fluids, and Heat Flow by F. Woodbridge Constant, 1962 Fundaemental Principles of Physics by F. Woodbridge Constant, 1967 A mathematical technique for the precision determination of lattice constants, (LA-23817, Physics and mathematics) by Richard E Vogel, 1959 New physics based on concepts of the classical II: On atomic constants, gravitation and the velocity of light (Suomen fyysikkojen seura) by F Leiri, 1949 From the Chemical Constant to Quantum Statistics: A Thermodynamic Route to Quantum Mechanics (Physics: Rivista Internazionale Di Storia Della Scienza, Volume 29) by Agostino Desalvo, 1993 A calculation of the Gell-Mann-Low beta function in a supersymmetric Su(2) invariant gauge model (Massachusetts Institute of Technology. Dept. of Physics. Thesis. 1977. B.S) by Melvin Brown, 1977 THEORETICAL PHYSICS: MECHANICS OF PARTICLES, RIGID AND ELASTIC BODIES, FLUIDS, AND HEAT FLOW by F. Woodbridge Constant, 1959 On an attempt to reduce the number of basic constants in elementary particle physics: By introducing pseudoscalar parameters. Part III. The mass spectrum ... (revised) and mesons (Arkiv för fysik) by H. Adolf S Eriksson, 1967 The Role Of Neutrinos, Strings, Gravity And Variable Cosmological Constant In Elementary Particle Physics by Behram N. Kursunogammalu, 2001

lists with details

101. Reference Table Constants
     Back to the Brockport High School Science Department.  
     http://www.frontiernet.net/~jlkeefer/refercst.html

102. Physics Today March 2001
     One of the recurring themes in the physics behind the fundamental constantsis that their values are rarely determined by a direct measurement.  
     http://www.physicstoday.com/pt/vol-54/iss-3/p29.html
     
     Extractions: Back to Table of Contents March Articles: Adjusting the Values of the Fundamental Constants Time Measurement at the Millennium Joseph Loschmidt, Physicist and Chemist Site Index Physics Today Home Page Current Issue Past Contents Job Ads Upcoming Meetings Buyer's Guide About Physics Today Contact Us Advertising Information Print Ad Rates and Specs Online Ad Rates and Specs Advertiser Index Product Information Information Exchange Adjusting the Values of the Fundamental Constants In science, comparing theoretical predictions to experimental measurements often requires knowing the value of one or more of the fundamental physical constants or conversion factors, such as the electron mass or the relation between the electron volt and the joule. For these purposes, one looks up and uses the latest values of the necessary constants in a suitable table. The source of the numbers in the table is often not given much thought, however, nor is it critical in most cases. Further investigation into the source of the numbers reveals that they are determined by a broad range of experimental measurements and theoretical calculations involving many fields of physics and metrology. The best value of even a single constant is likely to be determined by an indirect chain of information based on seemingly unrelated phenomena. For example, the value of the mass of the electron in kilograms is based mainly on the combined information from experiments that involve classical mechanical and electromagnetic measurements, the highest precision optical laser spectroscopy, electrons in a trap, and condensed matter quantum phenomena, together with condensed matter theory and extensive calculations in quantum electrodynamics (QED). This particular chain of information will be examined in more detail below.

103. Physical Constants And Astronomical Data
     Physical constants and Astronomical Data. New! It is a JavaScript calculatorwith all of the constants below programmed into it. Physical constants.  
     http://www.astro.wisc.edu/~dolan/constants.html
     
     Extractions: (ppm) speed of light in a vacuum c cm s exact Planck constant h erg s hbar erg s Gravitational constant G cm g s Electron charge e esu Mass of electron m e g Mass of proton m p g Mass of neutron m n g Mass of hydrogen m H g Atomic mass unit amu g Avagadro's number N A Boltzmann constant k erg k Electron volt eV erg Radiation density constant a erg cm K Stefan-Boltzmann constant erg cm K s Fine structure constant Rydberg constant R erg Note: a "" in the error column means that I have not found a good source for that constant, so the value quoted is just an approximation NAME SYMBOL NUMBER EXP CGS UNITS Astronomical unit AU 1.496 13 cm Parsec pc 3.086 18 cm Light year ly 9.463 17 cm Solar mass M o 1.99 33 g Solar radius R o 6.96 10 cm Solar luminosity L

104. Fundamental Physical Constants
     The fundamental constants represent the numerical constants establishedexperimental, tied up to physical processes of varied nature.  
     http://www.themeter.net/costanti_e.htm
     
     Extractions: choose A B C D E F G H I J K L M N O P Q R S T V W Y ALL LIST international system of units SI prefixes fundamental physical constants SI base and derived units ... periodic table quantity symbol value unit of measure constant of gravitation G newton*m /kg Avogadro constant N A mol Faraday constant F coulomb/mole Boltzmann constant k joule/K molar gas constant R joule/mole*K speed of light in vacuum c m/s elementary charge e coulomb permittivity of vacuum e coulomb /N*m permeability of vacuum m*kg/coulomb electron mass m e kg proton mass m p kg neutron mass m n kg classical electron radius r e m Stefan-Boltzmann constant s joule/m

105. Physics Problem
     Symbols used in Problems  
     http://zebu.uoregon.edu/~dmason/probs/glossary/Symbols/Symbols.html

106. AGU Reference Shelf Online 1
     320. Fundamental Physical constants and Conversion Factors (l23) ~676KB PDFBruce M. Moskowitz 346. Earth Rotation (l-24) ~1.4MB PDF Jean 0. Dickey 356.  
     http://www.agu.org/reference/gephys.html

107. Symbols And Abbreviations
     s, sigma, StefanBoltzmann constant (5.67 x 10 - 8 W / m 2 K 4 ). look funny (oryou just want to know where you are!), see the College physics for Students of  
     http://www.rwc.uc.edu/koehler/biophys/symb.html
     
     Extractions: Units are denoted by an asterisk. Dimensions and values of constants are in parentheses. See also the NIST pages on constants, units and uncertainty a, A acceleration (length / time atomic mass (total number of protons and neutrons in an atom) A Amperes * (electric current = C / s), Angstroms* (length = 10 m), amplitude (length) b intercept of a linear graph, drag coefficient (mass / time) B magnetic field (force / current) c speed of light (2.998 x 10 m / s), specific heat (energy / mass x temperature), concentration (number / volume), speed of sound cal calories * (energy = 4.186 J) cc cubic centimeter c g group velocity c p phase velocity C Celsius* (temperature), Coulombs * (electric charge), capacitance (charge / electric potential), heat capacity (energy / temperature), concentration Cal kilocalories * (energy) Ci Curie * (unit of radiation, equivalent to 3.7 x 10 decays / s) d distance D diffusion constant (area / time) db decibels (relative intensity) e electron, charge of an electron (1.602 x 10 C) eV electron Volts * (energy = 1.602 x 10

108. New Scientist
     NewScientist.com news service. One of the fundamental constants that underpins physicshas not changed as the Universe has evolved, according to a new analysis.  
     http://www.newscientist.com/news/news.jsp?id=ns99994844

109. Physics - The Complete Guide To Physics - Articles - Glossary - Examples - Help
     You are here About Homework Help physics. Search. physics I am yourGuide, From Joseph Andersen, Your Guide to physics. Top physics  
     http://physics.miningco.com/
     
     Extractions: zJs=10 zJs=11 zJs=12 zJs=13 zc(5,'jsc',zJs,9999999,'') About Homework Help Physics Home ... Physics FAQ zau(256,152,145,'gob','http://z.about.com/5/ad/go.htm?gs='+gs,''); References, Glossary Worked Problems, Examples Thermodynamics Quantum Physics ... Help zau(256,138,125,'el','http://z.about.com/0/ip/417/0.htm','');w(xb+xb); Subscribe to the About Physics newsletter. Search Physics From Joseph Andersen On 1st July 2004 the Cassini-Huygens spacecraft, a joint NASA, European Space Agency [ESA] and Italian Space Agency [AI] mission, will enter Saturn's orbit after a 7 year journey which has taken it past Venus (twice), Earth and Jupiter. UK scientists are involved with instruments on both the Cassini orbiter and the Huygens probe. Huygens will separate from the orbiter on the 25 December 2004 and descend onto the surface Read more...

110. Physical Constants
     Acceleration constant, g 0, 9.80665 m/s 2. NIST Constant Index (best one); FundamentalPhysical constants (SI); Fundamental Physical constants (SI with errors);  
     http://www.f.kth.se/~f95-pax/refs/PeriodicTable/constants_physics.html
     
     Extractions: SI Units by Peder Axensten e (math) e Speed of light (vacium) c m/s Gravitational constant C N m /kg Acceleration constant g 9.80665 m/s Universal unity of mass u kg Avogadro number N A mol General gas constant R 8.3143 J/mol K = N A k B Permeability constant of vacuum Vs/Am Permittivity constant of vacuum As/Vm c Fine structure constant = e Elementary charge e As (e/m As/kg) Electron rest mass m e kg u Electron radius r e m Electron g factor g e Electron gyromagnetic ratio e /sT e B /h Electron magnetic moment e J/T = -g e B Proton rest mass m p kg = 1.0072859 u Proton g factor (Lande factor) g H Proton gyromagnetic ratio (H O) p /sT Proton magnetic moment p J/T Neutron rest mass m n kg = 1.00867 u Bohr radius (hydrogen) a m Bohr magneton B Am = eh/m e N(uclear) Am = eh/m p Botlzmann constant k J/K = R/N A Compton electron wavelength c m = h/m e c Compton proton wavelength cp m = h/m p c Faraday constant F 96485.309 As/mol = N A Planck's constant h Js h Js) Stefan-boltzmann constant W/m K Rydberg constant R 10973731.534 m

111. PHY211 Unit Converter
     and press enter. You can also use this applet to reference major Physicsconstants in the bottom part of the applet. The source of  
     http://www.pa.uky.edu/~phy211/UnitConverter/
     
     Extractions: If your browser recognized the applet tag, you would see an applet here. It might take awhile to download the applet, please wait ... This Java applet can be used to convert various kinds of Physics units into one another. Select the type of the units in the selection box on the top and chose a couple of units that you would like to do conversion between. Then, if you enter a numerical value in one of the text fields, you get the converted value in the other field. The numerical value in the right textfield is recalculated every time you: The numerical value on the left is recalculated only if you edit the numerical value on the right and press enter. You can also use this applet to reference major Physics constants in the bottom part of the applet. The source of information on conversion and constants used in the creation of this applet is shown in the reference window ( press the button "Reference" ).

112. AGU Reference Shelf Online 3
     © 1995 by the American Geophysical Union. Order print version. Thisdocument is published in a searchable PDF format. To search Use  
     http://www.agu.org/reference/rock.html

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