GW approximation - Revision history

en>XLinkBot: BOT--Reverting link addition(s) by 147.210.245.180 to revision 622072484 (http://mbpt-domiprod.wikidot.com/ [\bwikidot\.com\b])

2014-11-21T16:15:46Z

BOT--Reverting link addition(s) by 147.210.245.180 to revision 622072484 (http://mbpt-domiprod.wikidot.com/ [\bwikidot\.com\b])

← Older revision		Revision as of 18:15, 21 November 2014
Line 1:		Line 1:
	~~{{About\|binomial conjugates in algebra\|\|Conjugate (disambiguation)}}~~		Hello. Allow me introduce the writer. Her title is [http://www.Womenshealthmag.com/sex-and-relationships/sex-lubes Emilia Shroyer] but it's not the most female title out there. Body building is 1 of [http://nuvem.tk/altergalactica/MarissaepDonnt over the counter std test] things I adore most. In her expert life she is a payroll clerk but she's usually wanted her personal business. Puerto Rico is exactly where he's been residing for years home std test kit and he will never move.<br><br>Feel [http://Www.strangecosmos.com/content/item/170784.html std testing] [http://chorokdeul.co.kr/index.php?document_srl=454418&mid=customer21 at home std test] home free to visit my web blog ... [http://wmazowiecku.pl/stay-yeast-infection-free-using-these-helpful-suggestions/ http://wmazowiecku.pl/]
	~~In [[algebra]], a '''conjugate'''~~ is a [~~[binomial]] formed by negating the second term of a binomial~~. ~~The conjugate of {{nowrap\|''x'' + ''y''}} is {{nowrap\|''x'' − ''y''}}, where ''x''~~ and '~~'y'' are [[real number]]~~s. ~~If ''y''~~ is [~~[imaginary number\|imaginary]], the process is termed [[complex conjugation]]~~: the ~~[[complex conjugate~~]~~] of {{nowrap\|''~~a'~~' + ''bi''}}~~ is ~~{{nowrap\|''a'' − ''bi''}},~~ where '~~'a''~~ and ~~''b'' are real~~.

	~~== Differences of squares ==~~

	~~{{main\|Difference of two squares}}~~
	~~In a [[commutative ring]], an expression of the form~~

	:<~~math~~> ~~a^2-b^2~~ <~~/math~~>

	~~can be factored to give~~

	:~~<math> (a+b)(a-b) <~~/~~math>~~

	~~where one factor is the conjugate of the other~~. ~~This can be useful when trying to [[Rationalisation (mathematics)\|rationalize]] a denominator containing radicals (√)~~.

	~~==See also==~~
	*[[Conjugate element (field theory)]]

	~~==External links==~~
	*[http://~~www~~.~~mathwords~~.~~com~~/~~r/rationalizing_the_denominator~~.~~htm Rationalizing the Denominator~~] ~~from Mathwords~~.~~com~~
	*[http://~~www~~.~~blc.edu~~/~~fac~~/~~rbuelow~~/~~common~~/~~glossarya-m~~.~~htm#conjugate Math glossary] from Bethany Lutheran College~~

	~~[[Category:Algebra]~~]

134.94.123.1 at 15:01, 6 January 2014

2014-01-06T15:01:28Z

← Older revision		Revision as of 17:01, 6 January 2014
Line 1:		Line 1:
	~~The author~~ is ~~called Irwin~~. ~~Body developing~~ is ~~what my family members~~ and ~~I appreciate~~. ~~Bookkeeping~~ is ~~her working day job now. South Dakota~~ is where I'~~ve always been living~~.<br><br>~~Here~~ is ~~my web page :~~: [http://~~tcciaarusha-bic~~.~~info~~/~~groups~~/~~simple-stuff-you-could-do-to-remove-candida~~/ ~~tcciaarusha~~-~~bic~~.~~info~~]		{{About\|binomial conjugates in algebra\|\|Conjugate (disambiguation)}}
			In [[algebra]], a '''conjugate''' is a [[binomial]] formed by negating the second term of a binomial. The conjugate of {{nowrap\|''x'' + ''y''}} is {{nowrap\|''x'' − ''y''}}, where ''x'' and ''y'' are [[real number]]s. If ''y'' is [[imaginary number\|imaginary]], the process is termed [[complex conjugation]]: the [[complex conjugate]] of {{nowrap\|''a'' + ''bi''}} is {{nowrap\|''a'' − ''bi''}}, where ''a'' and ''b'' are real.

			== Differences of squares ==

			{{main\|Difference of two squares}}
			In a [[commutative ring]], an expression of the form

			:<math> a^2-b^2 </math>

			can be factored to give

			:<math> (a+b)(a-b) </math>

			where one factor is the conjugate of the other. This can be useful when trying to [[Rationalisation (mathematics)\|rationalize]] a denominator containing radicals (√).

			==See also==
			*[[Conjugate element (field theory)]]

			==External links==
			*[http://www.mathwords.com/r/rationalizing_the_denominator.htm Rationalizing the Denominator] from Mathwords.com
			*[http://www.blc.edu/fac/rbuelow/common/glossarya-m.htm#conjugate Math glossary] from Bethany Lutheran College

			[[Category:Algebra]]

78.52.71.163: /* Software implementing the GW approximation */

2012-05-06T23:15:35Z

Software implementing the GW approximation

New page

The author is called Irwin. Body developing is what my family members and I appreciate. Bookkeeping is her working day job now. South Dakota is where I've always been living.<br><br>Here is my web page :: [http://tcciaarusha-bic.info/groups/simple-stuff-you-could-do-to-remove-candida/ tcciaarusha-bic.info]