Monetary inflation - Revision history

en>Yobot: WP:CHECKWIKI error fixes using AWB (10577)

2014-12-29T07:57:34Z

WP:CHECKWIKI error fixes using AWB (10577)

← Older revision		Revision as of 09:57, 29 December 2014
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	~~The~~ ''~~'Exner function''' is an important parameter~~ in ~~atmospheric modeling~~. The ~~Exner function can be viewed as non-dimensionalized pressure~~ and ~~can be defined as:~~		Nice to satisfy you, my title is Ling and I totally dig that name. Interviewing is what she does but soon she'll be on her personal. Delaware is the only place I've been residing in. The favorite hobby for him and his kids is to drive and now he is attempting to earn cash with it.<br><br>Also visit my site [http://Www.donorcall.com/UserProfile/tabid/662/userId/360244/Default.aspx Www.donorcall.com]
	~~: <math>\Pi = \left( \frac{p}{p_0} \right)^{R_d/c_p} = \frac{T}{\theta} </math>~~
	~~where <math>p_0</math>~~ is ~~the pressure at the surface, usually taken as 1000 hPa; <math>R_d</math>~~ is ~~the [[gas constant]] for dry air;~~ <~~math~~>~~c_p~~<~~/math~~> ~~is the~~ [~~[Heat capacity#Table of specific heat capacities\|heat capacity of dry air]] at constant pressure; <math>T<~~/~~math> is the [[absolute temperature]]; and <math>\theta<~~/~~math> is the [[potential temperature]]~~.

	~~== References ==~~

	*Pielke, Roger A. ~~''Mesoscale Meteorological Modeling.'' Orlando: Academic Press, Inc~~.~~, 1984~~.

	*U.S. Department of Commerce, National Oceanic and Atmospheric Administration, National Weather Service. ''National Weather Service Handbook No. 1 - Facsimile Products.'' Washington, DC: Department of Commerce, 1979.

	~~== See also ==~~
	*[[Barometric formula]]
	*[[Climate model]]
	*[[Euler equations]]
	*[[Fluid dynamics]]
	*[[General circulation model]]
	*[[Numerical weather prediction]]
	*[[Primitive equations]]

	~~[[Category:Climatology]~~]

	~~{{climate-stub}}~~

en>Deli nk: Reverted edits by 167.181.12.18 (talk) to last version by SPECIFICO

2013-08-23T14:19:43Z

Reverted edits by 167.181.12.18 (talk) to last version by SPECIFICO

← Older revision		Revision as of 16:19, 23 August 2013
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	I'~~m Luther but I never really favored that name~~. ~~Delaware~~ is the ~~location I love most but I need to transfer~~ for ~~my family members. Managing individuals is what I do in my day job. To play handball~~ is the ~~factor she loves most~~ of ~~all.~~<br><br>~~Review my blog post~~ [~~http:~~/~~/Testing6~~.~~nittanylink~~.~~com/ActivityFeed/MyProfile/tabid/60/userId/56/Default~~.~~aspx http~~:~~//Testing6~~.~~nittanylink~~.~~com/ActivityFeed/MyProfile/tabid/60/userId/56/Default~~.~~aspx~~]		The '''Exner function''' is an important parameter in atmospheric modeling. The Exner function can be viewed as non-dimensionalized pressure and can be defined as:
			: <math>\Pi = \left( \frac{p}{p_0} \right)^{R_d/c_p} = \frac{T}{\theta} </math>
			where <math>p_0</math> is the pressure at the surface, usually taken as 1000 hPa; <math>R_d</math> is the [[gas constant]] for dry air; <math>c_p</math> is the [[Heat capacity#Table of specific heat capacities\|heat capacity of dry air]] at constant pressure; <math>T</math> is the [[absolute temperature]]; and <math>\theta</math> is the [[potential temperature]].

			== References ==

			*Pielke, Roger A. ''Mesoscale Meteorological Modeling.'' Orlando: Academic Press, Inc., 1984.

			*U.S. Department of Commerce, National Oceanic and Atmospheric Administration, National Weather Service. ''National Weather Service Handbook No. 1 - Facsimile Products.'' Washington, DC: Department of Commerce, 1979.

			== See also ==
			*[[Barometric formula]]
			*[[Climate model]]
			*[[Euler equations]]
			*[[Fluid dynamics]]
			*[[General circulation model]]
			*[[Numerical weather prediction]]
			*[[Primitive equations]]

			[[Category:Climatology]]

			{{climate-stub}}

en>Edward: link velocity of money using Find link

2012-01-08T23:06:13Z

link velocity of money using Find link

New page

I'm Luther but I never really favored that name. Delaware is the location I love most but I need to transfer for my family members. Managing individuals is what I do in my day job. To play handball is the factor she loves most of all.<br><br>Review my blog post [http://Testing6.nittanylink.com/ActivityFeed/MyProfile/tabid/60/userId/56/Default.aspx http://Testing6.nittanylink.com/ActivityFeed/MyProfile/tabid/60/userId/56/Default.aspx]