Changes

From Nordan Symposia
Jump to navigationJump to search
1,126 bytes added ,  13:29, 1 May 2010
no edit summary
Line 1: Line 1:  
[[Image:lighterstill.jpg]][[Image:FormulaWheelElectronics.jpg|right|frame]]
 
[[Image:lighterstill.jpg]][[Image:FormulaWheelElectronics.jpg|right|frame]]
    +
==Etymology==
 +
[[Latin]], diminutive of forma forhttp://nordan.daynal.org/wiki/skins/common/images/button_link.pngm
 +
*Date: [http://www.wikipedia.org/wiki/17th_Century 1618]
 +
==Definitions==
 +
*1 a : a set [[form]] of  for use in a [[ceremony]] or [[ritual]]
 +
:b : a [[Convention|conventionalized]] [[statement]] [[intended]] to [[express]] some [[fundamental]] [[truth]] or principle especially as a basis for [[negotiation]] or [[action]]
 +
*2 a (1) : recipe (2) : prescription
 +
:b : a milk mixture or substitute for feeding an infant
 +
*3 a : a general [[fact]], rule, or principle expressed in usually [[mathematical]] [[symbols]]
 +
:b : a [[symbolic]] [[expression]] of the [[chemical]] [[composition]] or [[constitution]] of a substance
 +
:c : a [[group]] of [[symbols]] (as [[letters]] and [[numbers]]) associated to [[express]] [[facts]] or [[data]] (as the [[number]] and kinds of teeth in the jaw) concisely
 +
:d : a combination of signs in a [[logical]] calculus
 +
*4 : a customary or set [[form]] or [[method]] allowing little room for [[originality]]
 +
 +
to '''''Formulate''''' would be to develop a '''formula'''
 +
==Description==
 
In [[mathematics]] and in [[the sciences]], a formula (plural: formulae, formulæ or formulas) is a concise way of expressing [[information]] [[symbol]]ically (as in a mathematical or [[chemical]] formula), or a general relationship between [[quantities]]. One of many famous formulae is [[Albert Einstein]]'s E = mc² (see special relativity).
 
In [[mathematics]] and in [[the sciences]], a formula (plural: formulae, formulæ or formulas) is a concise way of expressing [[information]] [[symbol]]ically (as in a mathematical or [[chemical]] formula), or a general relationship between [[quantities]]. One of many famous formulae is [[Albert Einstein]]'s E = mc² (see special relativity).
  

Navigation menu