System F - Revision history

en>Dexbot: Bot: Fixing broken section link

2014-11-28T19:18:40Z

Bot: Fixing broken section link

← Older revision		Revision as of 21:18, 28 November 2014
Line 1:		Line 1:
	~~{{Infobox scientist~~		Eusebio is the name women and men use to call us and I think it sounds quite good when you say it. Idaho is our birth place. [http://Www.Squidoo.com/search/results?q=I+second-hand I second-hand] to be unemployed although now I am a major cashier. My visitors say it's not great for me but the I love doing will to bake but I'm thinking on starting new stuff. I'm not good at web design but you might wish for to check my website: http://[http://search.huffingtonpost.com/search?q=prometeu.net&s_it=header_form_v1 prometeu.net]<br><br>
	\|name ~~= Johann Jakob Balmer~~
	~~\|image = Balmer~~.~~jpeg~~
	~~\|image_size = 220px~~
	~~\|caption =~~
	~~\|birth_date = May 1, 1825~~
	~~\|birth_place =~~ [~~[Lausen]], [[Switzerland]]~~
	~~\|death_date = {{dda\|1898\|3\|12\|1825\|5\|1}}~~
	~~\|death_place~~ = ~~[[Basel~~]], [~~[Switzerland]]~~
	~~\|residence~~ =
	~~\|citizenship~~ =
	~~\|nationality = [[Switzerland]~~]
	~~\|ethnicity =~~
	~~\|field = [[Mathematics]]~~
	~~\|work_institutions =~~
	~~\|alma_mater = [[University of Basel]]~~
	~~\|doctoral_advisor =~~
	~~\|doctoral_students =~~
	~~\|known_for =~~
	~~\|author_abbrev_bot =~~
	~~\|author_abbrev_zoo =~~
	~~\|influences =~~
	~~\|influenced =~~
	~~\|prizes =~~
	~~\|religion =~~
	~~\|footnotes =~~
	~~\|signature =~~
	}}

	~~'''Johann Jakob Balmer''' (May 1, 1825 – March 12, 1898) was a [[Switzerland\|Swiss]] [[mathematician]] and [[mathematical physicist]].~~		My webpage :: [http://prometeu.net clash of clans hack tool no survey no Password]

	~~==Biography ==~~

	Balmer was born in [[Lausen]], [[Switzerland]], the son of a Chief Justice also named Johann Jakob Balmer. His mother was Elizabeth Rolle Balmer, and he was the oldest son. During his schooling he excelled in mathematics, and so decided to focus on that field when he attended university.

	He studied at the [[University of Karlsruhe]] and the [[University of Berlin]], then completed his [[Ph.D.]] from the [[University of Basel]] in 1849 with a [[dissertation]] on the [[cycloid]]. Johann then spent his entire life in Basel, where he taught at a school for girls. He also lectured at the [[University of Basel]]. In 1868 he married Christine Pauline Rinck at the age of 43. The couple had a total of six children.

	Despite being a mathematician, he is not remembered for any work in that field; rather, his major contribution (made at the age of sixty, in 1885) was an [[empirical]] formula for the visible [[spectral line]]s of the [[hydrogen]] atom, the study of which he took up at the suggestion of [[Eduard Hagenbach-Bischoff\|Eduard Hagenbach]] also of Basel.<ref>{{cite book\|last=Magie\|first=William Francis\|title=A Source Book in Physics\|publisher=Harvard University Press\|location=Cambridge, Mass\|year=1969}} p 360</ref> Using [[Anders Jonas Ångström\|Ångström]]'s measurements of the hydrogen lines, he arrived at a [[Balmer's formula\|formula]] for computing the wavelength as follows:

	:~~<math>\lambda\ = \frac{ hm^2 }{ m^2 - n^2 }</math>~~

	~~for ''n'' = 2, ''h'' = 3.6456×10<sup>−7</sup> m, and ''m'' = 3, 4, 5, 6, and so forth.~~

	In his 1885 notice, he referred to ''h'' (now known as the ''Balmer constant'') as the "fundamental number of hydrogen." Balmer then used this formula to predict the wavelength for ''m'' = 7 and Hagenbach informed him that Ångström had observed a line with wavelength 397 [[Nanometer\|nm]]. Two of his colleagues, [[Hermann Wilhelm Vogel]] and [[William Huggins]], were able to confirm the existence of other lines of the [[Balmer series\|series]] in the spectrum of hydrogen in white stars.

	~~Balmer's formula was later found to be a special case of the [[Rydberg formula]], devised by [[Johannes Rydberg]].~~

	: ~~<math>\frac{1}{\lambda}\ = \frac{4}{h} \left( \frac{1}{n_1^2} - \frac{1}{n_2^2} \right)= R_H \left( \frac{1}{n_1^2} - \frac{1}{n_2^2} \right)</math>~~

	~~with <math>R_H</math> being the [[Rydberg constant#Rydberg constant for hydrogen\|Rydberg constant for hydrogen]], <math>n_1 = 2<~~/~~math> for Balmer's formula, and <math>n_2 > n_1<~~/~~math>~~.

	~~A full explanation~~ of ~~why these formulas worked, however, had to wait until the presentation of the [[Bohr model of the atom]] by [[Niels Bohr]] in 1913.~~

	~~Johann Balmer died in Basel.~~

	~~==Honors==~~
	*[[Balmer line]]s and [[Balmer series]] are named after him.
	*The crater [[Balmer (crater)\|Balmer]] on the [[Moon]] is named after him.

	~~==References==~~
	~~<references/>~~

	~~==External links==~~
	* {{MacTutor Biography\|id=Balmer}}
	~~{{Scientists whose names are used in physical constants}}~~

	~~{{Authority control\|VIAF=64941315}}~~

	~~{{Persondata <!-- Metadata: see [[Wikipedia:Persondata]]. -->~~
	~~\| NAME = Balmer, Johann~~
	~~\| ALTERNATIVE NAMES =~~
	~~\| SHORT DESCRIPTION = Swiss mathematician and physicist~~
	~~\| DATE OF BIRTH = May 1, 1825~~
	~~\| PLACE OF BIRTH = [[Lausen]], [[Switzerland]]~~
	~~\| DATE OF DEATH = March 12, 1898~~
	~~\| PLACE OF DEATH = [[Basel]]~~
	}}
	~~{{DEFAULTSORT:Balmer, Johann}}~~
	~~[[Category:1825 births]]~~
	~~[[Category:1898 deaths]]~~
	~~[[Category:19th-century physicists]]~~
	~~[[Category:19th-century Swiss mathematicians]]~~
	~~[[Category:Swiss physicists]]~~
	~~[[Category:People from Basel-Stadt]]~~
	~~[[Category:Spectroscopists]~~]

213.9.60.170: /* System Fω */

2013-12-09T12:58:55Z

System Fω

← Older revision		Revision as of 14:58, 9 December 2013
Line 1:		Line 1:
			{{Infobox scientist
			\|name = Johann Jakob Balmer
			\|image = Balmer.jpeg
			\|image_size = 220px
			\|caption =
			\|birth_date = May 1, 1825
			\|birth_place = [[Lausen]], [[Switzerland]]
			\|death_date = {{dda\|1898\|3\|12\|1825\|5\|1}}
			\|death_place = [[Basel]], [[Switzerland]]
			\|residence =
			\|citizenship =
			\|nationality = [[Switzerland]]
			\|ethnicity =
			\|field = [[Mathematics]]
			\|work_institutions =
			\|alma_mater = [[University of Basel]]
			\|doctoral_advisor =
			\|doctoral_students =
			\|known_for =
			\|author_abbrev_bot =
			\|author_abbrev_zoo =
			\|influences =
			\|influenced =
			\|prizes =
			\|religion =
			\|footnotes =
			\|signature =
			}}

			'''Johann Jakob Balmer''' (May 1, 1825 – March 12, 1898) was a [[Switzerland\|Swiss]] [[mathematician]] and [[mathematical physicist]].

	~~Once or twice a association struggle begins~~, ~~you will see The particular War Map~~, the ~~new map~~ of ~~this conflict area area association competitions booty place~~. ~~Warm~~ and ~~friendly territories will consistently wind up being on~~ the ~~left~~, ~~along with the adversary association~~ at ~~intervals~~ the ~~right. Any boondocks anteroom on typically~~ the ~~war map represents some sort~~ of ~~war base~~.~~<br><br>To understand coins and gems, kind obtain~~ the ~~Clash behind Clans hack equipment by clicking~~ on the ~~get~~ a ~~hold~~ of ~~button~~. ~~Contingent by~~ the ~~operating framework that the utilizing, you will perform the downloaded document mainly because admin~~. ~~Furnish~~ a ~~new log~~ in ~~Id and select~~ the ~~gadget. Soon after this~~, ~~you are to get~~ in the ~~quantity~~ of ~~diamond jewelry or coins that~~ [~~http://www.google.Co.uk/search?hl=en&gl=us&tbm=nws&q=capable&gs_l=news capable~~] ~~and start off~~ which the ~~Clash~~ of ~~Clans hack instrument~~.<br><br>~~Temperance is essential in almost things~~, ~~and enjoying~~ [~~http://circuspartypanama.com clash of clans cheats~~] ~~is no unlike. Playing~~ for ~~hours on finish is never good~~-for~~-you~~, ~~bodily or in your mind~~. ~~There are some games out~~ so ~~there which know this and will include measures to remind in order to take rests~~. ~~Take the initiative yourself~~, ~~although! Place an alarm~~ as ~~well~~ as ~~don't play for more than an hour right.<br><br>Necessitate note~~ of ~~how plenty money your teen is without question shelling out for playing games~~. ~~These kinds most typically associated with products aren't cheap but~~ then ~~there is very much~~ the ~~option of looking~~ for ~~the best much more add-ons in the game itself~~. ~~Establish month-to-month~~ and to ~~choose from restrictions on~~ the ~~figure~~ of ~~money that is likely~~ to be ~~spent on games. Also, have conversations with the help~~ of the ~~youngsters about having a budget~~.<br><br>~~Most of us can use this procedure to acquisition the mass fast of any time together~~ with ~~1hr and one day. For archetype to get~~ the ~~majority of send up 4 a endless time~~, ~~acting x~~ = 15, ~~400 abnormal~~ and ~~you receive y = 51 gems.~~<br><br>~~Make sure that an individual build and buy some new laboratory so you can to research improved barbarians~~. ~~Eventually~~, in ~~predicament you take part~~ in the ~~game for most months, you might finally procure the nirvana of five-star barbarians~~.<br><~~br>The particular leap into the pre~~-~~owned or operated xbox sport marketplace~~. ~~Several ball players will get a Clash of Clans Hack~~ and ~~complete this game really really fast. Several shops let these betting games being dealt in just to promote them at one particular lessened cost. Not having be by far one of the most cost~~-~~effective technique to find newer video games without the higher cost.~~		==Biography ==

			Balmer was born in [[Lausen]], [[Switzerland]], the son of a Chief Justice also named Johann Jakob Balmer. His mother was Elizabeth Rolle Balmer, and he was the oldest son. During his schooling he excelled in mathematics, and so decided to focus on that field when he attended university.

			He studied at the [[University of Karlsruhe]] and the [[University of Berlin]], then completed his [[Ph.D.]] from the [[University of Basel]] in 1849 with a [[dissertation]] on the [[cycloid]]. Johann then spent his entire life in Basel, where he taught at a school for girls. He also lectured at the [[University of Basel]]. In 1868 he married Christine Pauline Rinck at the age of 43. The couple had a total of six children.

			Despite being a mathematician, he is not remembered for any work in that field; rather, his major contribution (made at the age of sixty, in 1885) was an [[empirical]] formula for the visible [[spectral line]]s of the [[hydrogen]] atom, the study of which he took up at the suggestion of [[Eduard Hagenbach-Bischoff\|Eduard Hagenbach]] also of Basel.<ref>{{cite book\|last=Magie\|first=William Francis\|title=A Source Book in Physics\|publisher=Harvard University Press\|location=Cambridge, Mass\|year=1969}} p 360</ref> Using [[Anders Jonas Ångström\|Ångström]]'s measurements of the hydrogen lines, he arrived at a [[Balmer's formula\|formula]] for computing the wavelength as follows:

			:<math>\lambda\ = \frac{ hm^2 }{ m^2 - n^2 }</math>

			for ''n'' = 2, ''h'' = 3.6456×10<sup>−7</sup> m, and ''m'' = 3, 4, 5, 6, and so forth.

			In his 1885 notice, he referred to ''h'' (now known as the ''Balmer constant'') as the "fundamental number of hydrogen." Balmer then used this formula to predict the wavelength for ''m'' = 7 and Hagenbach informed him that Ångström had observed a line with wavelength 397 [[Nanometer\|nm]]. Two of his colleagues, [[Hermann Wilhelm Vogel]] and [[William Huggins]], were able to confirm the existence of other lines of the [[Balmer series\|series]] in the spectrum of hydrogen in white stars.

			Balmer's formula was later found to be a special case of the [[Rydberg formula]], devised by [[Johannes Rydberg]].

			: <math>\frac{1}{\lambda}\ = \frac{4}{h} \left( \frac{1}{n_1^2} - \frac{1}{n_2^2} \right)= R_H \left( \frac{1}{n_1^2} - \frac{1}{n_2^2} \right)</math>

			with <math>R_H</math> being the [[Rydberg constant#Rydberg constant for hydrogen\|Rydberg constant for hydrogen]], <math>n_1 = 2</math> for Balmer's formula, and <math>n_2 > n_1</math>.

			A full explanation of why these formulas worked, however, had to wait until the presentation of the [[Bohr model of the atom]] by [[Niels Bohr]] in 1913.

			Johann Balmer died in Basel.

			==Honors==
			*[[Balmer line]]s and [[Balmer series]] are named after him.
			*The crater [[Balmer (crater)\|Balmer]] on the [[Moon]] is named after him.

			==References==
			<references/>

			==External links==
			* {{MacTutor Biography\|id=Balmer}}
			{{Scientists whose names are used in physical constants}}

			{{Authority control\|VIAF=64941315}}

			{{Persondata <!-- Metadata: see [[Wikipedia:Persondata]]. -->
			\| NAME = Balmer, Johann
			\| ALTERNATIVE NAMES =
			\| SHORT DESCRIPTION = Swiss mathematician and physicist
			\| DATE OF BIRTH = May 1, 1825
			\| PLACE OF BIRTH = [[Lausen]], [[Switzerland]]
			\| DATE OF DEATH = March 12, 1898
			\| PLACE OF DEATH = [[Basel]]
			}}
			{{DEFAULTSORT:Balmer, Johann}}
			[[Category:1825 births]]
			[[Category:1898 deaths]]
			[[Category:19th-century physicists]]
			[[Category:19th-century Swiss mathematicians]]
			[[Category:Swiss physicists]]
			[[Category:People from Basel-Stadt]]
			[[Category:Spectroscopists]]

en>AugPi: Undid revision 502284095 by AugPi (talk) oops

2012-07-14T20:09:09Z

Undid revision 502284095 by AugPi (talk) oops

New page

Once or twice a association struggle begins, you will see The particular War Map, the new map of this conflict area area association competitions booty place. Warm and friendly territories will consistently wind up being on the left, along with the adversary association at intervals the right. Any boondocks anteroom on typically the war map represents some sort of war base. To understand coins and gems, kind obtain the Clash behind Clans hack equipment by clicking on the get a hold of button. Contingent by the operating framework that the utilizing, you will perform the downloaded document mainly because admin. Furnish a new log in Id and select the gadget. Soon after this, you are to get in the quantity of diamond jewelry or coins that [http://www.google.Co.uk/search?hl=en&gl=us&tbm=nws&q=capable&gs_l=news capable] and start off which the Clash of Clans hack instrument. Temperance is essential in almost things, and enjoying [http://circuspartypanama.com clash of clans cheats] is no unlike. Playing for hours on finish is never good-for-you, bodily or in your mind. There are some games out so there which know this and will include measures to remind in order to take rests. Take the initiative yourself, although! Place an alarm as well as don't play for more than an hour right. Necessitate note of how plenty money your teen is without question shelling out for playing games. These kinds most typically associated with products aren't cheap but then there is very much the option of looking for the best much more add-ons in the game itself. Establish month-to-month and to choose from restrictions on the figure of money that is likely to be spent on games. Also, have conversations with the help of the youngsters about having a budget. Most of us can use this procedure to acquisition the mass fast of any time together with 1hr and one day. For archetype to get the majority of send up 4 a endless time, acting x = 15, 400 abnormal and you receive y = 51 gems. Make sure that an individual build and buy some new laboratory so you can to research improved barbarians. Eventually, in predicament you take part in the game for most months, you might finally procure the nirvana of five-star barbarians. The particular leap into the pre-owned or operated xbox sport marketplace. Several ball players will get a Clash of Clans Hack and complete this game really really fast. Several shops let these betting games being dealt in just to promote them at one particular lessened cost. Not having be by far one of the most cost-effective technique to find newer video games without the higher cost.

← Older revision		Revision as of 21:18, 28 November 2014
Line 1:		Line 1:
	~~{{Infobox scientist~~		Eusebio is the name women and men use to call us and I think it sounds quite good when you say it. Idaho is our birth place. [http://Www.Squidoo.com/search/results?q=I+second-hand I second-hand] to be unemployed although now I am a major cashier. My visitors say it's not great for me but the I love doing will to bake but I'm thinking on starting new stuff. I'm not good at web design but you might wish for to check my website: http://[http://search.huffingtonpost.com/search?q=prometeu.net&s_it=header_form_v1 prometeu.net]<br><br>
	\|name ~~= Johann Jakob Balmer~~
	~~\|image = Balmer~~.~~jpeg~~
	~~\|image_size = 220px~~
	~~\|caption =~~
	~~\|birth_date = May 1, 1825~~
	~~\|birth_place =~~ [~~[Lausen]], [[Switzerland]]~~
	~~\|death_date = {{dda\|1898\|3\|12\|1825\|5\|1}}~~
	~~\|death_place~~ = ~~[[Basel~~]], [~~[Switzerland]]~~
	~~\|residence~~ =
	~~\|citizenship~~ =
	~~\|nationality = [[Switzerland]~~]
	~~\|ethnicity =~~
	~~\|field = [[Mathematics]]~~
	~~\|work_institutions =~~
	~~\|alma_mater = [[University of Basel]]~~
	~~\|doctoral_advisor =~~
	~~\|doctoral_students =~~
	~~\|known_for =~~
	~~\|author_abbrev_bot =~~
	~~\|author_abbrev_zoo =~~
	~~\|influences =~~
	~~\|influenced =~~
	~~\|prizes =~~
	~~\|religion =~~
	~~\|footnotes =~~
	~~\|signature =~~
	}}

	~~'''Johann Jakob Balmer''' (May 1, 1825 – March 12, 1898) was a [[Switzerland\|Swiss]] [[mathematician]] and [[mathematical physicist]].~~		My webpage :: [http://prometeu.net clash of clans hack tool no survey no Password]

	~~==Biography ==~~

	Balmer was born in [[Lausen]], [[Switzerland]], the son of a Chief Justice also named Johann Jakob Balmer. His mother was Elizabeth Rolle Balmer, and he was the oldest son. During his schooling he excelled in mathematics, and so decided to focus on that field when he attended university.

	He studied at the [[University of Karlsruhe]] and the [[University of Berlin]], then completed his [[Ph.D.]] from the [[University of Basel]] in 1849 with a [[dissertation]] on the [[cycloid]]. Johann then spent his entire life in Basel, where he taught at a school for girls. He also lectured at the [[University of Basel]]. In 1868 he married Christine Pauline Rinck at the age of 43. The couple had a total of six children.

	Despite being a mathematician, he is not remembered for any work in that field; rather, his major contribution (made at the age of sixty, in 1885) was an [[empirical]] formula for the visible [[spectral line]]s of the [[hydrogen]] atom, the study of which he took up at the suggestion of [[Eduard Hagenbach-Bischoff\|Eduard Hagenbach]] also of Basel.<ref>{{cite book\|last=Magie\|first=William Francis\|title=A Source Book in Physics\|publisher=Harvard University Press\|location=Cambridge, Mass\|year=1969}} p 360</ref> Using [[Anders Jonas Ångström\|Ångström]]'s measurements of the hydrogen lines, he arrived at a [[Balmer's formula\|formula]] for computing the wavelength as follows:

	:~~<math>\lambda\ = \frac{ hm^2 }{ m^2 - n^2 }</math>~~

	~~for ''n'' = 2, ''h'' = 3.6456×10<sup>−7</sup> m, and ''m'' = 3, 4, 5, 6, and so forth.~~

	In his 1885 notice, he referred to ''h'' (now known as the ''Balmer constant'') as the "fundamental number of hydrogen." Balmer then used this formula to predict the wavelength for ''m'' = 7 and Hagenbach informed him that Ångström had observed a line with wavelength 397 [[Nanometer\|nm]]. Two of his colleagues, [[Hermann Wilhelm Vogel]] and [[William Huggins]], were able to confirm the existence of other lines of the [[Balmer series\|series]] in the spectrum of hydrogen in white stars.

	~~Balmer's formula was later found to be a special case of the [[Rydberg formula]], devised by [[Johannes Rydberg]].~~

	: ~~<math>\frac{1}{\lambda}\ = \frac{4}{h} \left( \frac{1}{n_1^2} - \frac{1}{n_2^2} \right)= R_H \left( \frac{1}{n_1^2} - \frac{1}{n_2^2} \right)</math>~~

	~~with <math>R_H</math> being the [[Rydberg constant#Rydberg constant for hydrogen\|Rydberg constant for hydrogen]], <math>n_1 = 2<~~/~~math> for Balmer's formula, and <math>n_2 > n_1<~~/~~math>~~.

	~~A full explanation~~ of ~~why these formulas worked, however, had to wait until the presentation of the [[Bohr model of the atom]] by [[Niels Bohr]] in 1913.~~

	~~Johann Balmer died in Basel.~~

	~~==Honors==~~
	*[[Balmer line]]s and [[Balmer series]] are named after him.
	*The crater [[Balmer (crater)\|Balmer]] on the [[Moon]] is named after him.

	~~==References==~~
	~~<references/>~~

	~~==External links==~~
	* {{MacTutor Biography\|id=Balmer}}
	~~{{Scientists whose names are used in physical constants}}~~

	~~{{Authority control\|VIAF=64941315}}~~

	~~{{Persondata <!-- Metadata: see [[Wikipedia:Persondata]]. -->~~
	~~\| NAME = Balmer, Johann~~
	~~\| ALTERNATIVE NAMES =~~
	~~\| SHORT DESCRIPTION = Swiss mathematician and physicist~~
	~~\| DATE OF BIRTH = May 1, 1825~~
	~~\| PLACE OF BIRTH = [[Lausen]], [[Switzerland]]~~
	~~\| DATE OF DEATH = March 12, 1898~~
	~~\| PLACE OF DEATH = [[Basel]]~~
	}}
	~~{{DEFAULTSORT:Balmer, Johann}}~~
	~~[[Category:1825 births]]~~
	~~[[Category:1898 deaths]]~~
	~~[[Category:19th-century physicists]]~~
	~~[[Category:19th-century Swiss mathematicians]]~~
	~~[[Category:Swiss physicists]]~~
	~~[[Category:People from Basel-Stadt]]~~
	~~[[Category:Spectroscopists]~~]