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Physics Constants:     more books (100)

The Hidden Variables Theory: The Initial Values of the Fundamental Constants in Physics by Israel Fried, 2009-12-11 Tables of Physical and Chemical Constants and Some Mathematical Functions (Kaye & Labys) by G. W. C. Kaye, T. H. Laby, 1995-10 Fundamental Constants of Physics by E Richard Cohen, 1957-01-01 Rotational, l-type, Centrifugal Distortion and Related Constants of Diamagnetic Diatomic, Linear, and Symmetric Top Molecules (Landolt-Börnstein: Numerical ... - New Series / Molecules and Radicals) Fundamental laws of physics, by F. Woodbridge Constant, 1967 Compilation of coupling constants and low-energy parameters (Physik Daten/Physics data) by Heinrich Behrens, 1979 Rotational, Centrifugal Distortion and Related Constants of Diamagnetic Asymmetric Top Molecules (Landolt-Börnstein: Numerical Data and Functional Relationships ... - New Series / Molecules and Radicals) by J. Demaison, J. Vogt, et all 2000-02-18 Symbols, units, nomenclature and fundamental constants in physics (Document I.U.P.A.P) by E. Richard Cohen, 1987 Reactor Physics Constants (Anl 5800) Nuclear physics, natural radioactivity, transmutations: Induced radioactivity. Neutrons, (Annual tabes of constants and numerical data) by IreÌ€ne Joliot-Curie, 1938 Precision Tests of QED: Quantum Electrodynamics, Physics, Fine-Structure Constant,Anomalous Magnetic Dipole Moment, Rydberg Constant, Atomic Physics, Condensed Matter Physics, Renormalization The fundamental constants of physics (Interscience monographs inphysics and astronomy) by E. Richard Cohen, 1957 Fundamental Constants of Physics, Monographs in Physics and Astronomy, Volume 1; by E. Richard, With Kenneth M. Crowe, And Jesse W. M. Dumond; Cohen, 1957 Determination of the constant of refraction from observations made with the Repsold meridian circle of the Lick observatory, (California Academy of Sciences, ... sciences, 3d. series: Mathematics-physics) by R. T Crawford, 1903

lists with details

61. Fundamental Physical Constants
    LookSmart Directory - physics Data and constants Data constants. physics Data and constants - Look up constants usedin physics and find data relating to various physics concepts.  
    http://www.nku.edu/~physics/constants.html
    
    Extractions: Units are separated by spaces, positive numbers denote powers, all units to the right of the slash are in the denominator (negative powers). Planck constant / Plancksches Wirkungsquantum h 6.6260755e-34 J s h / (2 pi) = 1.05457266e-34 J s Boltzmann constant / Boltzmannsche Konstante 1.380658e-23 J/K Elementary charge / Elementarladung e 1.60217733e-19 C Avogadro number / Avogadrosche Zahl 6.0221367e23 particles/mol Speed of light / Lichtgeschwindigkeit c 2.99792458e8 m/s Permeability of vacuum pi e-7 T2 m3/J 12.566370614e-7 T2 m3/J Permittivity of vacuum (mu_0 c^2) 8.854187817e-12 C2/J m Fine structure constant / Feinstrukturkonstante 1 / alpha Electron rest mass / Elektronenruhemasse 9.1093897e-31 kg Proton rest mass / Protonenruhemasse 1.6726231e-27 kg Neutron rest mass / Neutronenruhemasse 1.6749286e-27 kg Bohr magneton / Bohrsches Magneton eh / (4 pi m_e) 9.2740154e-24 J/T Nuclear magneton / Kernmagneton eh / (4 pi m_p) 5.0507866e-27 J/T Free electron g factor / g-Faktor des freien Elektrons Free electron gyromagnetic ratio 2 pi g_e mu_B / h 1.7608592e11 1/s T

62. Internet Public Library: Physics
    physics.nist.gov/cuu/constants/index.html?/codata86.html This document gives thevalues of the basic constants and conversion factors of physics and chemistry  
    http://www.ipl.org/div/subject/browse/sci54.00.00/
    
    Extractions: This exhibit describes the physics behind different amusement park rides in basic terms. It discusses roller coasters, carousels, bumper cars, free fall rides, and pendulum rides. Activities demostrating the concepts are included, such as designing your own roller coaster. It also includes extra sections about ride safety and motion sickness. Additional resources, both web sites and printed materials, are provided.

63. Constants (JADE V6.0 API)
    constants. java.lang.Object com.dautelle.physics.constants For example importcom.dautelle.physics.constants.*; // JDK1.5+ new feature. public  
    http://jade.dautelle.com/api/com/dautelle/physics/Constants.html
    
    Extractions: Class Constants java.lang.Object com.dautelle.physics.Constants This class defines fundamental physical constants in their symbolic form. The new JDK1.5 (Tiger), lets you avoid qualifying static members with class names, making it easier to use this class. For example: Fundamental constants may also be defined in non-symbolic form in the corresponding quantity class (e.g. Velocity.SPEED_OF_LIGHT for c or Mass.ELECTRON for me Note: Constant names use the full range of Unicode characters and are mixed uppercase/lowercase to resemble symbolic names as much as possible Reference: CODATA Internationally recommended values of the Fundamental Physical Constants (1998) Field Summary static Quantity

64. Scientific Constants Pulled From Serways Physics For Scientists And Engineers
    Scientific constants Pulled From Serways PhysicsFor Scientists And Engineers ( Component ).  
    http://cwashington.netreach.net/depo/view.asp?Index=730

65. BritneySpears.ac: Physical Constants
    Physical constants. In the following section we list some of the more common physicalconstants that will be of use when calculating stuff. . Constant. Symbol.  
    http://britneyspears.ac/physics/constants/constants.htm
    
    Extractions: [ Links ] ... [ Newfeed ] In the following section we list some of the more common physical constants that will be of use when calculating stuff. Source: CODATA 1986. More information about the calculation and uncertaintity in constants here Constant Symbol Value Units Speed of light in vacuum (c) 299792458 (exact) m s Permeability of vacuum 4 pi e-7 (exact) N A Permittivity of vacuum F m Newtonian constant of gravitation (G) m kg s Planck constant (h) J s Planck constant in eV eV s h-bar (h-bar) J s h-bar in eV eV s Boltzmann constant (k) J K Boltzmann constant in eV eV K Boltzmann constant in Hz K s Boltzmann constant in wavenumbers m K Electron mass kg Electron mass in u u Electron mass in eV eV Atomic mass unit (u) kg Standard atmosphere (atm) Pa Standard acceleration of gravity m s Electron volt (eV) J Planck mass kg Planck length m Planck time s Elementary charge (e) C Magnetic flux quantum Wb Josephson frequency-voltage quotient V s Quantized Hall conductance Omega Quantized Hall resistance Omega Bohr magneton J T Bohr magneton in eV eV T Bohr magneton in Hz T s Bohr magneton in wavenumbers m T Bohr magneton in kelvins K T Nuclear magneton J T Nuclear magneton in eV eV T Nuclear magneton in Hz T s Nuclear magneton in wavenumbers m T Nuclear magneton in kelvins K T Fine structure constant (alpha) Inverse fine structure constant Rydberg constant (Ry) m Rydberg constant in Hz s Rydberg constant in joules J Rydberg constant in eV eV Bohr radius m Hartree energy J Hartree energy in eV eV Quantum of circulation

66. Numerical Constants - Mathematics & Physics - Numericana
    Viswanath s constant was computed to 8 decimals in 1999. Furstenberg and Kesten wasused in the research that earned the 1977 Nobel Prize in physics for Philip  
    http://home.att.net/~numericana/answer/constants.htm
    
    Extractions: 6 Fundamental Dimensionful Physical Constants: Speed of Light in a Vacuum (Einstein's Constant): c = 299792458 m/s. Magnetic Permeability of the Vacuum : An exact value defining the ampere unit. Planck's constant : The ratio of a photon's energy to its frequency. Boltzmann's constant : Relating temperature to energy. Avogadro's number : The number of things per mole of stuff Mechanical Equivalent of Light (683 lm/W at 540 THz) defines the candela Fundamental Mathematical Constants: : Zero is the most fundamental and most misunderstood of all numbers. 1 and -1 : The unit numbers. p ("Pi"): The ratio of the circumference of a circle to its diameter. : The diagonal of a square of unit side. Pythagoras' Constant f : The diagonal of a regular pentagon of unit side. The Golden Number Euler's e : The base of the exponential function which equals its own derivative. ln(2) : The alternating sum of the reciprocals of the integers. Euler-Mascheroni Constant g : The limit of [1 + 1/2 + 1/3 +...+ 1/n]

67. Physics Of Sound
    there are no direct links to the Glossary links generally lead to other placesin the physics section. Physical constants, Units, and Conversion Factors.  
    http://www.silcom.com/~aludwig/Physics/Main/Physics_of_sound.html
    
    Extractions: Physics of Sound The first topic occupies the remainder of this section, and includes a number of subtopics listed below. Comments welcome. E-mail to: aludwig@silcom.com Physics books [e.g. Feynman , and Landau and Lifshitz ] typically discuss the molecular nature of sound, but then derive the sound wave equations by modeling air as a continuous elastic medium (i.e. no lumpy molecules). Mathematically this is just fine, but I find it much more satisfying to derive the wave equations directly from the molecular point of view. I also think this is a more straightforward derivation, since it completely avoids any need to deal with "specific heat ratios" or "adiabatic processes." The effects associated with these terms arise quite naturally directly from the molecular model. This is a rather technical section, and assumes familiarity with calculus, differential equations, and statistics. There is an equation-free description of the physics of sound in the

68. Are The "Fundamental Constants" Of Physics, Constant?
    Are the Fundamental constants of physics, Constant? Why ask this question? Whatthe heck is a Fundamental Constant? Has science addressed this question?  
    http://www.don-lindsay-archive.org/creation/constants.html

69. Round Earth Society - Scientia: Some Numbers And Constants From Physics And The
    Spread The RES! Send this text to a friend! Hosted By. SOME NUMBERS AND CONSTANTSFROM physics AND THE UNIVERSE. by Raymond A. Serway. The Solar System.  
    http://www.str.com.br/English/Scientia/physics1.htm
    
    Extractions: Hosted By SOME NUMBERS AND CONSTANTS FROM PHYSICS AND THE UNIVERSE by Raymond A. Serway T he Solar System Body Mass (kg) Average Radius (m) Period (s) Distance to the Sun (m) Mercury 3,18 x 10 2,43 x 10 7,60 x 10 5,79 x 10 Venus 4,88 x 10 6,06 x 10 1,94 x 10 1,08 x 10 Earth 5,98 x 10 6,37 x 10 3,156 x 10 1,496 x 10 Mars 6,42 x 10 3,37 x 10 5,94 x 10 2,28 x 10 Jupiter 1,90 x 10 6,99 x 10 3,74 x 10 7,78 x 10 Saturn 5,68 x 10 5,85 x 10 9,35 x 10 1,43 x 10 Uranus 8,68 x 10 2,33 x 10 2,64 x 10 2,87 x 10 Neptune 1,03 x 10 2,21 x 10 5,22 x 10 4,50 x 10 Pluto 1,4 x 10

70. PhysicsWeb - When Constants Are Not Constant
    When constants are not constant physics in Action October 2001.The recent finding by an international team of astronomers that  
    http://physicsweb.org/article/world/14/10/4
    
    Extractions: Physics in Action: October 2001 The recent finding by an international team of astronomers that the fine-structure constant has increased over time may support the idea that the universe has extra dimensions. In the movie The Meaning of Life , the Monty Python team reminds us that we live in "an amazing and expanding universe". Ever since the startling evidence for cosmic expansion was discovered in the 1920s, physicists have considered the possibility that the so-called constants of nature - such as the charge on the electron and the gravitational constant - are not constant and may, in fact, vary with time. In the late 1960s, George Gamow suggested that the charge on the electron, e , may vary rather than gravity. More precisely, he considered a variation in the fine-structure constant, a e h -bar c , where h -bar is the Planck constant divided by 2 pi and c is the speed of light. The fine-structure constant is the gauge-coupling constant in quantum electrodynamics and determines the relative strength of the electromagnetic force. In essence

71. PhysicsWeb - Are The Laws Of Nature Changing With Time?
    There are theoretical reasons why a and other dimensionless constants might varywith time. The holy grail of theoretical physics is to find a single unified  
    http://physicsweb.org/article/world/16/4/9
    
    Extractions: Feature: April 2003 Precise measurements on the light from distant quasars suggest that the value of the fine-structure constant may have changed over the history of the universe. If confirmed, the results will be of enormous significance for the foundations of physics WHAT do we mean by "the laws of nature"? The phrase evokes a set of divine and unchanging rules that transcend the "here and now" to apply everywhere and at all times in the universe. The reality is not so grand. When we refer to the laws of nature, what we are really talking about is a particular set of ideas that are striking in their simplicity, that appear to be universal and have been verified by experiment. It is thus human beings who declare that a scientific theory is a law of nature and human beings are quite often wrong. The development of a scientific theory has always followed the need to understand an observation for which no satisfactory explanation previously existed. When developing new theories, physicists tend to assume that fundamental quantities such as the strength of gravity, the speed of light in a vacuum or the charge on the electron are all constant. And when these theories are found to predict the results of new observations, our belief that these quantities are actually fundamental constants becomes even stronger.

72. [physics/0110060] Trialogue On The Number Of Fundamental Constants
    This paper consists of three separate articles on the number of fundamentaldimensionful constants in physics. We started our debate  
    http://arxiv.org/abs/physics/0110060
    
    Extractions: This paper consists of three separate articles on the number of fundamental dimensionful constants in physics. We started our debate in summer 1992 on the terrace of the famous CERN cafeteria. In the summer of 2001 we returned to the subject to find that our views still diverged and decided to explain our current positions. LBO develops the traditional approach with three constants, GV argues in favor of at most two (within superstring theory), while MJD advocates zero. References and citations for this submission:

73. [physics/0004062] Testing Cosmological Variability Of Fundamental Constants
    One of the topical problems of contemporary physics is a possible variabilityof the fundamental constants. Here we consider possible  
    http://arxiv.org/abs/physics/0004062

74. Knowledge-Physics-Constant
    physics . Physical constants. Physical constants, most ofthem named after the discoverer. This page is a little under construg.  
    http://www.geocities.com/ultrastupidneal/Knowledge-Physics-Constant.html

75. EDU2 : Level 2
    American Frontiers; Touching the Limits of Sciencephysics; UR Departmentof physics Physical constants Workshop; University of Winnipeg  
    http://www.my-edu2.com/EDU/physic.htm
    
    Extractions: EDU2 :PHYSICS ABCentral Search Helpers Submit a Link ... WAVES *APPLIED PHYSICS* APPLIED PHYSICS : TITLE *CONDENSED MATTER* Condensed Matter Physics David Tomanek's Home Page:and condensed matter physics Experimental Soft Condensed Matter Group:squishy physics Home page of physics research group Spectroscopy of Condensed Matter, Amsterdam ... Theory of Inhomogeneous Condensed Matter *ELECTRICITY* AC Circuit Analysis Analogías electromecánicas Análisis de circuitos por ordenador BOWest Pty Ltd - Library Index:electricity theory ... Van de Graaff Generator *INTERESTING ASPECTS* A WALK THROUGH TIME - National Institute of Standards and Atomic Clock Candle Flames In Microgravity Clifford A. Pickover's Home Page:physinterests ... The Speed of Light - A Limit on Principle ? *MAGNETISM* ELECTROMAGNETICS SITE Electromagnetic Field Theory Internet Textbook Project Magnet Man - Cool Experiments with Magnets Magnet University *MECHANICS* Advanced Mechanics of Solids Bang! Boing! Pop!:and conservation of energy Basic Aerodynamics Buoyancy ... mekanik *MODERN* MODERN PHYSICS : TITLE *NUMERICAL* A. Peter Young :physics and monte carlo

76. MSN Encarta - Related Items - Physics
    branches of physics. classical (Newtonian) and preclassical physics. condensed-matter(solid-state) physics. constants. Avogadro’s Number. c, speed of light.  
    http://encarta.msn.com/related_761553206_19/constants.html
    
    Extractions: var fSendSelectEvents = true; var fSendExpandCollapseEvents = true; var fCallDisplayUAText = false; MSN Home My MSN Hotmail Shopping ... Money Web Search: logoImg('http://sc.msn.com'); Encarta Subscriber Sign In Help Home ... Upgrade to Encarta Premium Search Encarta Related Items from Encarta Physics Mechanics Quantum Theory Thermodynamics A Brief Introduction to Particle Physics ... Feedback

77. The Physics Of Everyday Stuff: The Shotput
    One of the first topics in a physics course is the motion of projectiles, such asa is given by the equation y(x) = a + bx + cx² , where a,b,c are constants.  
    http://www.bsharp.org/physics/stuff/shotput.html
    
    Extractions: One of the first topics in a physics course is the motion of projectiles, such as a shotput. A shotput is a very ideal projectile to look at because it isn't affected much by the air it moves through. One can therefore ignore effects like air drag or aerodynamic lift in the case of a shotput. (Photo by Jeff Ott You have perhaps heard that a shotput follows a parabolic trajectory. A parabola is a line that is given by the equation , where a,b,c are constants. Why does a shotput follow a parabolic arc, and not some other curve? The answer lies in the nature of motion in the presence of gravity. And to look at that, let's first drop the shotput from the top of a wall of height h (making sure no one we like is standing below). If we record its fall with a video or film camera, we can write its height y as a function of time t . Say the wall has a height of 10 m (a very high wall); you'd get a table of y(t) such as second column below (units are put in brackets, like [s] for seconds and [m] for meters): t [s] y [m] v [m/s] It takes a little over 1.4 s for the shotput to drop from a height of 10 m. Note that the shotput falls

78. NY Regents High School Physics Exam Constants
    Metric Prefixes, Energy Level Diagrams, Heat constants, Resistivitiesat 20ºC, Electromagnetic Spectrum. Uranium Series, Indices of Refraction,  
    http://online.cctt.org/physicslab/content/NYregents/2002RegentsConstants.asp

79. NY Regents High School Physics Exam Constants
    Posted with the permission of the New York State Education DepartmentNew York State Library System. Copyright © 20012004 PDF  
    http://online.cctt.org/physicslab/content/NYregents/RegentsConstants.asp

80. AS/A2 LEVEL PHYSICS: Fundamental Constants
    AS/A2 Level physics Fundamental constants Geoff Camplin s physics Service,Bristol BS20 7DX, UK GC.Camplin, B.Sc., Ph.D., C.Phys., F.Inst.P.  
    http://home.clara.net/camplin/Physics/ALevel/Cons.htm
    
    Extractions: The Fundamental Constants given in the table below do not have to be quoted accurately in examinations, unless you are specifically required to do so. An approximate value (usually given in the examinations) may be used instead in order to simplify calculations. For example; the speed of light usually required for examinations is 3 x 10 m/s, not 2.99 x 10 m/s. Quantity Magnitude Unit Symbol speed of light 2.99 x 10 m s c Planck constant 6.63 x 10 J s h Boltzmann constant 1.38 x 10 J K k Avogadro constant 6.02 x 10 mol N A mass of proton 1.672 x 10 kg m P mass of neutron 1.674 x 10 kg m N mass of electron 9.31 x 10 kg m e charge on proton +1.6 x 10 C e charge on electron -1.6 x 10 C e specific charge on electron -1.76 x 10 C kg e/m e permittivity of vacuum 8.85 x 10 F m permeability of vacuum x 10 H m Stefan constant 5.67 x 10 W m K molar gas constant J mol K R gravitational constant 6.67 x 10

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