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Math Constant: more detail

Gamma: Exploring Euler's Constant by Julian Havil, 2003-03-17

Bows, Arrows, and Aircraft Carriers: Moving Bodies with Constant Mass (Math in a Box) by Films for the Humanities & Sciences (DVD), 2004

Take-off: Moving Bodies with Constant Mass (Math in a Box) by Films for the Humanities & Sciences (DVD), 2004

Computing your CADP: any approach plate is a soup of acronyms and abbreviations. Here's the math behind one you've seen but never spoken.(APPROACH CLINIC)(Constant ... Angle Descent Point): An article from: IFR by John Clark, 2007-06-01

Organic Chemistry Laboratory Manual by Paris Svoronos, Edward Sarlo, et all 1996-10-01

lists with details

Experimental Mathematics: Table Of Contents: Volume 7
constant Mean Curvature Surfaces with Two Ends in Hyperbolic Space Wayne Rossman Katsunori Sato Abstract in Postscript or DVI
http://www.expmath.org/expmath/volumes/7/7.html
CTC: Mathematics
Tables, Constants, and Definitions math Tables A collection of mathematical tables, theorems, and proofs, covering algebra to advanced calculus.
http://www.tc.cornell.edu/CTC-Main/Services/Education/Gateways/Math_and_Science/

Extractions: General Topics Anthony Beckwith's Website - Advanced Topics in Math Course (covers topology, knot theory, chaos theory, barcodes, number theory, and other interesting topics) Ask Dr. Math - Ask Dr. Math is a question and answer service for math students and their teachers. A searchable archive is available by level and topic, as well as summaries of Frequently Asked Questions (the Dr. Math FAQ). Calculus Help - A professor in the Department of Mathematics at the University of Hawaii, authored these notes to help students learn how to use, not just understand, the concepts of calculus. A total of fifteen topics are covered and include max-min problems, exponential growth, and the derivation of Kepler's second law. Flash Cards for Kids - This is an interactive flash card site. You can choose among addition, subtraction, multiplication, and division; simple or complicated problems; and how many digits the numbers will have. While this isn't exactly high school material, it's a nice site, so we're including it anyway. Enjoy, and show it to your kid sister or brother!
5.6 Math -- Mathematical Functions
5.6 math mathematical functions. This module is always available. It provides access to the The module also defines two mathematical constants
http://www.python.org/doc/2.3.5/lib/module-math.html

Extractions: Python Library Reference Previous: 5.5 test.test_support Up: 5. Miscellaneous Services Next: 5.7 cmath This module is always available. It provides access to the mathematical functions defined by the C standard. These functions cannot be used with complex numbers; use the functions of the same name from the cmath module if you require support for complex numbers. The distinction between functions which support complex numbers and those which don't is made since most users do not want to learn quite as much mathematics as required to understand complex numbers. Receiving an exception instead of a complex result allows earlier detection of the unexpected complex number used as a parameter, so that the programmer can determine how and why it was generated in the first place. The following functions are provided by this module. Except when explicitly noted otherwise, all return values are floats: Return the arc cosine of x Return the arc sine of x Return the arc tangent of x y, x
Mathsoft Constants - Mathcad Library
This website aims to show that there are many constants in mathematics other than just e and pi!
http://www.mathcad.com/library/Constants/
Math::constants
Here is the way you can do it with the mathconstants package package require mathconstants mathconstantsconstants radtodeg degtorad
http://tcllib.sourceforge.net/doc/constants.html

Extractions: Mathematical and numerical constants package require Tcl ? 8.3 ? package require math::constants ::math::constants::constants args ::math::constants::print-constants args This package defines some common mathematical and numerical constants. By using the package you get consistent values for numbers like pi and ln(10). It defines two commands: The motivation for this package is that quite often, with (mathematical) computations, you need a good approximation to, say, the ratio of degrees to radians. You can, of course, define this like: and use the variable radtodeg whenever you need the conversion. This has two drawbacks: Here is the way you can do it with the math::constants package: package require math::constants ::math::constants::constants radtodeg degtorad which creates two variables, radtodeg and (its reciprocal) degtorad in the calling namespace.
XML.com: Extending XSLT With EXSLT
In the first three, the mathconstant function gets the values of the named The first call to mathconstant above gets pi with 4 digits of precision,
http://www.xml.com/lpt/a/2005/01/05/tr-xml.html

Extractions: By Bob DuCharme In an earlier column titled XSLT Extensions , I described how the Extensions section of the XSLT 1.0 Recommendation provides a way to identify the use of extensions to the XSLT 1.0 language. If your XSLT processor implements specialized new elements and functions, this gives your stylesheet a standard way to declare them and to check whether the processor in use implements them. The good news is that, for example, a Java programmer using a Java-based XSLT implementation can add and use customized XPath functions in his or her stylesheets. The bad news is that this customization can kill the stylesheet's portability across XSLT processors. Unless... some hardworking XSLT devotees coordinate a collection of extensions to be implemented the same way by different XSLT processors. In early 2001, Leigh Dodds wrote in XML.com about how Jeni Tennison, Uche Ogbuji, David Carlisle, and others laid the ground work for EXSLT , a "a community initiative to provide extensions to XSLT." They've led this community effort to define a wide variety of extension elements and functions, and many useful functions are implemented identically in three of my four favorite XSLT processors:
Welcome To TCEAP.co.uk: The Site For Constants And Equations
Over 600 alphabetically listed Constants, aspects of maths, some 450 equations,Additions Multiplication tables, Interactive conversions and details on all
http://www.scenta.co.uk/tcaep/

Extractions: Search TCAEP Science Maths Constants - Over alphabetically listed Topics - Explanations of the more common entries aspects of maths. Over links Equations - Some entries Number Conversions - Interactive log tables, metric prefixes and more conversion of over units Algebra - All the common algebraic SI Units - Details on all the standard SI units identities, including complex numbers of measurement Trigonometry - Identities Calculus - Integral and differential functions Symbols - Greek alphabet, electronic symbols and mathematical symbols Astronomy Planets - Details on all the currently known planets and their satellites Constellations - Table of constellations with info on 3164 stars - Times for 231 locations around the world Moon phases - Tables of moon phases for the next 20 years
Re: [exslt] Math:constant() And Math:random() :: ASPN Mail Archive :: Exslt
ActiveState Open Source Programming tools for Perl Python XML xslt scripting with free trials. Quality development tools for programmers systems
http://aspn.activestate.com/ASPN/Mail/Message/exslt/1186259
[exslt] Mathconstant() And Mathrandom()
Previous message exslt mathconstant() and mathrandom(); Next message exslt Randomizing a nodelist long (Was Re Extending xsltproc?
http://lists.fourthought.com/pipermail/exslt/2002-May/001490.html
[exslt] Mathconstant() And Mathrandom()
mathconstant() This function seems underspecified to me. For example mathconstant( PI , 2) would result in the string 3.
http://lists.fourthought.com/pipermail/exslt/2002-April/001475.html

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