Conditional convergence - Revision history

en>Yobot: WP:CHECKWIKI error fixes using AWB (10093)

2014-05-05T12:25:39Z

WP:CHECKWIKI error fixes using AWB (10093)

← Older revision		Revision as of 14:25, 5 May 2014
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	~~{{Infobox polyhedron~~		Hello and welcome. My name is Irwin and I completely dig that name. Body developing is one of the things I love most. North Dakota is where me and my spouse live. For many years he's been working as a meter reader and it's something he truly appreciate.<br><br>Feel free to visit my webpage - [http://pagepapers.com/index.php?do=/profile-4850/info/ over the counter std test]
	~~\|image=elongated_pentagonal_orthocupolarotunda~~.~~png~~
	~~\|type=[[Johnson solid\|Johnson]]<br>[[elongated pentagonal gyrobicupola\|J<sub>39</sub>]] -''' J<sub>40</sub>''' - [[elongated pentagonal gyrocupolarotunda\|J<sub>41</sub>]]~~
	~~\|faces=3.5 [[triangle]]s<br>3~~.~~5 [[Square (geometry)\|square]]s<br>2+5 [[pentagon]]s~~
	~~\|edges=70~~
	~~\|vertices=35~~
	~~\|symmetry=''C''<sub>5v</sub>~~
	~~\|vertex_config=10(3.4<sup>3</sup>)<br>10(3.4<sup>2</sup>.5)<br>5(3.4.5.4)<br>2.5(3.5.3.5)~~
	~~\|dual=-~~
	~~\|properties=[[convex set\|convex]]~~
	~~\|net=Johnson solid 40 net.png~~
	}}
	~~In [[geometry]], the '''elongated pentagonal orthocupolarotunda'''~~ is one of the ~~[[Johnson solid]]~~s ~~(''J''<sub>40</sub>). As the name suggests,~~ it ~~can be constructed by elongating a [[pentagonal orthocupolarotunda]] (~~'~~'J''<sub>32</sub>) by inserting a [[decagonal prism]] between its halves~~. ~~Rotating either the cupola or the rotunda through 36 degrees before inserting the prism yields an [[elongated pentagonal gyrocupolarotunda]] (''J''~~<~~sub~~>41<~~/sub~~>).

	~~{{Johnson solid}}~~

	~~==Formulae==~~
	~~The following [[formula]]e for [[volume]] and [[surface area]] can be used if all [[faces (geometry)\|faces]] are [[regular polygon\|regular]], with edge length ''a'':<ref>[[Stephen Wolfram]], "~~[http://~~www.wolframalpha~~.com/~~input/~~?i=~~Elongated+pentagonal+orthocupolarotunda Elongated pentagonal orthocupolarotunda]" from [[Wolfram Alpha]]. Retrieved July 25, 2010.<~~/~~ref>~~

	~~<math>V=\frac{5}{12}(11+5\sqrt{5}+6\sqrt{5+2\sqrt{5}})a^3\approx16.936...a^3<~~/~~math>~~

	~~<math>A=\frac{1}{4}(60+\sqrt{10(190+49\sqrt{5}+21\sqrt{75+30\sqrt{5}}}))a^2\approx33.5385...a^2<~~/~~math>~~

	~~==References==~~
	~~{{Reflist}}~~

	~~==External links==~~
	* {{Mathworld2 \| urlname = ElongatedPentagonalOrthocupolarotunda \| title = Elongated pentagonal orthocupolarotunda \| urlname2 = JohnsonSolid \| title2 = Johnson solid }}


	~~{{Polyhedron-stub}}~~
	~~[[Category:Johnson solids]~~]

70.211.70.30: /* Definition */

2013-07-24T19:35:08Z

Definition

← Older revision		Revision as of 21:35, 24 July 2013
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	~~Hello~~. ~~Allow me introduce the author~~. ~~Her title is Refugia Shryock~~. ~~South Dakota~~ is ~~exactly where I~~'~~ve usually been residing~~. ~~Hiring is her day occupation now and she will not alter~~ it ~~anytime soon~~. ~~One of~~ the ~~very very best issues in~~ the ~~world for me is to do aerobics and now I~~'~~m attempting to make cash with it.~~<br><br>~~Here is my web-site; diet meal delivery~~ ([http://42.~~Herber~~.pl/~~dietdelivery10007 visit the up coming website~~])		{{Infobox polyhedron
			\|image=elongated_pentagonal_orthocupolarotunda.png
			\|type=[[Johnson solid\|Johnson]]<br>[[elongated pentagonal gyrobicupola\|J<sub>39</sub>]] -''' J<sub>40</sub>''' - [[elongated pentagonal gyrocupolarotunda\|J<sub>41</sub>]]
			\|faces=3.5 [[triangle]]s<br>3.5 [[Square (geometry)\|square]]s<br>2+5 [[pentagon]]s
			\|edges=70
			\|vertices=35
			\|symmetry=''C''<sub>5v</sub>
			\|vertex_config=10(3.4<sup>3</sup>)<br>10(3.4<sup>2</sup>.5)<br>5(3.4.5.4)<br>2.5(3.5.3.5)
			\|dual=-
			\|properties=[[convex set\|convex]]
			\|net=Johnson solid 40 net.png
			}}
			In [[geometry]], the '''elongated pentagonal orthocupolarotunda''' is one of the [[Johnson solid]]s (''J''<sub>40</sub>). As the name suggests, it can be constructed by elongating a [[pentagonal orthocupolarotunda]] (''J''<sub>32</sub>) by inserting a [[decagonal prism]] between its halves. Rotating either the cupola or the rotunda through 36 degrees before inserting the prism yields an [[elongated pentagonal gyrocupolarotunda]] (''J''<sub>41</sub>).

			{{Johnson solid}}

			==Formulae==
			The following [[formula]]e for [[volume]] and [[surface area]] can be used if all [[faces (geometry)\|faces]] are [[regular polygon\|regular]], with edge length ''a'':<ref>[[Stephen Wolfram]], "[http://www.wolframalpha.com/input/?i=Elongated+pentagonal+orthocupolarotunda Elongated pentagonal orthocupolarotunda]" from [[Wolfram Alpha]]. Retrieved July 25, 2010.</ref>

			<math>V=\frac{5}{12}(11+5\sqrt{5}+6\sqrt{5+2\sqrt{5}})a^3\approx16.936...a^3</math>

			<math>A=\frac{1}{4}(60+\sqrt{10(190+49\sqrt{5}+21\sqrt{75+30\sqrt{5}}}))a^2\approx33.5385...a^2</math>

			==References==
			{{Reflist}}

			==External links==
			* {{Mathworld2 \| urlname = ElongatedPentagonalOrthocupolarotunda \| title = Elongated pentagonal orthocupolarotunda \| urlname2 = JohnsonSolid \| title2 = Johnson solid }}


			{{Polyhedron-stub}}
			[[Category:Johnson solids]]

131.111.248.243: /* Definition */

2012-05-14T18:08:09Z

Definition

New page

Hello. Allow me introduce the author. Her title is Refugia Shryock. South Dakota is exactly where I've usually been residing. Hiring is her day occupation now and she will not alter it anytime soon. One of the very very best issues in the world for me is to do aerobics and now I'm attempting to make cash with it.<br><br>Here is my web-site; diet meal delivery ([http://42.Herber.pl/dietdelivery10007 visit the up coming website])