Base - Revision history

DavidB4-bot: /* top */clean up & uniformity

2016-07-13T02:44:44Z

top: clean up & uniformity

JoeyJ at 10:55, May 25, 2015

2015-05-25T10:55:52Z

JoeyJ at 10:54, May 25, 2015

2015-05-25T10:54:12Z

JoeyJ at 10:51, May 25, 2015

2015-05-25T10:51:18Z

RaymondP at 04:47, May 19, 2010

2010-05-19T04:47:46Z

RaymondP at 04:46, May 19, 2010

2010-05-19T04:46:54Z

WesleyS: link

2009-01-03T18:19:18Z

link

ZTak: added Arrhenius, Bronsted-Lowry, and Lewis definitions

2008-03-30T05:04:45Z

added Arrhenius, Bronsted-Lowry, and Lewis definitions

Karajou: Reverted edits by Cats (Talk); changed back to last version by HelpJazz

2007-10-30T16:52:01Z

Reverted edits by Cats (Talk); changed back to last version by HelpJazz

Cats at 16:46, October 30, 2007

2007-10-30T16:46:43Z

← Older revision		Revision as of 02:44, July 13, 2016
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−	A '''base''' is a [[molecule]] which produces [[hydroxide]] ions when added to water (according to the Arrhenius definition), which accepts H<sup~~><small~~>+~~</small>~~</sup> [[ion]]s in a [[chemical reaction]] (according to the [[Bronsted-Lowry theory\|Bronsted-Lowry]] definition), or which donates an [[electron]] pair in a reaction (according to the Lewis definition). Bases have a bitter taste and turn red [[litmus paper]] blue. Bases feel slippery when dissolved in water. Most strong bases contain a [[hydroxide]] ion. Bases are indicated by numbers from above 7 to 14 on the pH scale, and are the opposite of [[acids]].	+	A '''base''' is a [[molecule]] which produces [[hydroxide]] ions when added to water (according to the Arrhenius definition), which accepts H<sup>+</sup> [[ion]]s in a [[chemical reaction]] (according to the [[Bronsted-Lowry theory\|Bronsted-Lowry]] definition), or which donates an [[electron]] pair in a reaction (according to the Lewis definition). Bases have a bitter taste and turn red [[litmus paper]] blue. Bases feel slippery when dissolved in water. Most strong bases contain a [[hydroxide]] ion. Bases are indicated by numbers from above 7 to 14 on the pH scale, and are the opposite of [[acids]].

	==See also==		==See also==

← Older revision		Revision as of 10:55, May 25, 2015
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	*[[Ampholyte]]		*[[Ampholyte]]

−	[[Category:~~Acid–base chemistry~~]]	+	[[Category:Bases\|!]]

← Older revision		Revision as of 10:54, May 25, 2015
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	*[[Ampholyte]]		*[[Ampholyte]]

−	[[Category:~~Chemistry~~]]	+	[[Category:Acid–base chemistry]]

← Older revision		Revision as of 10:51, May 25, 2015
Line 1:		Line 1:
	A '''base''' is a [[molecule]] which produces [[hydroxide]] ions when added to water (according to the Arrhenius definition), which accepts H<sup><small>+</small></sup> [[ion]]s in a [[chemical reaction]] (according to the [[Bronsted-Lowry theory\|Bronsted-Lowry]] definition), or which donates an [[electron]] pair in a reaction (according to the Lewis definition). Bases have a bitter taste and turn red [[litmus paper]] blue. Bases feel slippery when dissolved in water. Most strong bases contain a [[hydroxide]] ion. Bases are indicated by numbers from above 7 to 14 on the pH scale, and are the opposite of [[acids]].		A '''base''' is a [[molecule]] which produces [[hydroxide]] ions when added to water (according to the Arrhenius definition), which accepts H<sup><small>+</small></sup> [[ion]]s in a [[chemical reaction]] (according to the [[Bronsted-Lowry theory\|Bronsted-Lowry]] definition), or which donates an [[electron]] pair in a reaction (according to the Lewis definition). Bases have a bitter taste and turn red [[litmus paper]] blue. Bases feel slippery when dissolved in water. Most strong bases contain a [[hydroxide]] ion. Bases are indicated by numbers from above 7 to 14 on the pH scale, and are the opposite of [[acids]].
		+
		+	==See also==
		+	*[[Ampholyte]]

	[[Category:Chemistry]]		[[Category:Chemistry]]

← Older revision		Revision as of 04:47, May 19, 2010
Line 1:		Line 1:
−	A '''base''' is a [[molecule]] which produces [[hydroxide]] ions when added to water (according to the Arrhenius definition), which accepts H<sup><small>+</small></sup> [[ion]]s in a [[chemical reaction]] (according to the [[Bronsted-Lowry theory\|Bronsted-Lowry]] definition), or which donates an [[electron]] pair in a reaction (according to the Lewis definition). Bases have a bitter taste and turn red [[litmus paper]] blue. Bases feel slippery when dissolved in water. Most strong bases contain a [[hydroxide]] ion. Bases are indicated by numbers from 1 to ~~under 7~~ on the pH scale, and are the opposite of [[acids]].	+	A '''base''' is a [[molecule]] which produces [[hydroxide]] ions when added to water (according to the Arrhenius definition), which accepts H<sup><small>+</small></sup> [[ion]]s in a [[chemical reaction]] (according to the [[Bronsted-Lowry theory\|Bronsted-Lowry]] definition), or which donates an [[electron]] pair in a reaction (according to the Lewis definition). Bases have a bitter taste and turn red [[litmus paper]] blue. Bases feel slippery when dissolved in water. Most strong bases contain a [[hydroxide]] ion. Bases are indicated by numbers from above 7 to 14 on the pH scale, and are the opposite of [[acids]].

	[[Category:Chemistry]]		[[Category:Chemistry]]

← Older revision		Revision as of 04:46, May 19, 2010
Line 1:		Line 1:
−	A '''base''' is a [[molecule]] which produces [[hydroxide]] ions when added to water (according to the Arrhenius definition), which accepts H<sup><small>+</small></sup> [[ion]]s in a [[chemical reaction]] (according to the [[Bronsted-Lowry theory\|Bronsted-Lowry]] definition), or which donates an [[electron]] pair in a reaction (according to the Lewis definition). Bases have a bitter taste and turn red [[litmus paper]] blue. Bases feel slippery when dissolved in water. Most strong bases contain a [[hydroxide]] ion.	+	A '''base''' is a [[molecule]] which produces [[hydroxide]] ions when added to water (according to the Arrhenius definition), which accepts H<sup><small>+</small></sup> [[ion]]s in a [[chemical reaction]] (according to the [[Bronsted-Lowry theory\|Bronsted-Lowry]] definition), or which donates an [[electron]] pair in a reaction (according to the Lewis definition). Bases have a bitter taste and turn red [[litmus paper]] blue. Bases feel slippery when dissolved in water. Most strong bases contain a [[hydroxide]] ion. Bases are indicated by numbers from 1 to under 7 on the pH scale, and are the opposite of [[acids]].

	[[Category:Chemistry]]		[[Category:Chemistry]]

← Older revision		Revision as of 18:19, January 3, 2009
Line 1:		Line 1:
−	A '''base''' is a [[molecule]] which produces [[hydroxide]] ions when added to water (according to the Arrhenius definition), which accepts H<sup><small>+</small></sup> [[ion]]s in a [[chemical reaction]] (according to the Bronsted-Lowry definition), or which donates an [[electron]] pair in a reaction (according to the Lewis definition). Bases have a bitter taste and turn red [[litmus paper]] blue. Bases feel slippery when dissolved in water. Most strong bases contain a [[hydroxide]] ion.	+	A '''base''' is a [[molecule]] which produces [[hydroxide]] ions when added to water (according to the Arrhenius definition), which accepts H<sup><small>+</small></sup> [[ion]]s in a [[chemical reaction]] (according to the [[Bronsted-Lowry theory\|Bronsted-Lowry]] definition), or which donates an [[electron]] pair in a reaction (according to the Lewis definition). Bases have a bitter taste and turn red [[litmus paper]] blue. Bases feel slippery when dissolved in water. Most strong bases contain a [[hydroxide]] ion.

	[[Category:Chemistry]]		[[Category:Chemistry]]

← Older revision		Revision as of 05:04, March 30, 2008
Line 1:		Line 1:
−	A '''base''' is a [[molecule]] which accepts H<sup><small>+</small></sup> [[ion]]s in a [[chemical reaction]]. Bases have a bitter taste and turn red [[litmus paper]] blue. Bases feel slippery when dissolved in water. Most strong bases contain a [[hydroxide]] ion.	+	A '''base''' is a [[molecule]] which produces [[hydroxide]] ions when added to water (according to the Arrhenius definition), which accepts H<sup><small>+</small></sup> [[ion]]s in a [[chemical reaction]] (according to the Bronsted-Lowry definition), or which donates an [[electron]] pair in a reaction (according to the Lewis definition). Bases have a bitter taste and turn red [[litmus paper]] blue. Bases feel slippery when dissolved in water. Most strong bases contain a [[hydroxide]] ion.

	[[Category:Chemistry]]		[[Category:Chemistry]]

← Older revision		Revision as of 16:52, October 30, 2007
Line 1:		Line 1:
	A '''base''' is a [[molecule]] which accepts H<sup><small>+</small></sup> [[ion]]s in a [[chemical reaction]]. Bases have a bitter taste and turn red [[litmus paper]] blue. Bases feel slippery when dissolved in water. Most strong bases contain a [[hydroxide]] ion.		A '''base''' is a [[molecule]] which accepts H<sup><small>+</small></sup> [[ion]]s in a [[chemical reaction]]. Bases have a bitter taste and turn red [[litmus paper]] blue. Bases feel slippery when dissolved in water. Most strong bases contain a [[hydroxide]] ion.
−	~~All your base are belong to us.~~

	[[Category:Chemistry]]		[[Category:Chemistry]]

← Older revision		Revision as of 16:46, October 30, 2007
Line 1:		Line 1:
	A '''base''' is a [[molecule]] which accepts H<sup><small>+</small></sup> [[ion]]s in a [[chemical reaction]]. Bases have a bitter taste and turn red [[litmus paper]] blue. Bases feel slippery when dissolved in water. Most strong bases contain a [[hydroxide]] ion.		A '''base''' is a [[molecule]] which accepts H<sup><small>+</small></sup> [[ion]]s in a [[chemical reaction]]. Bases have a bitter taste and turn red [[litmus paper]] blue. Bases feel slippery when dissolved in water. Most strong bases contain a [[hydroxide]] ion.
		+	All your base are belong to us.

	[[Category:Chemistry]]		[[Category:Chemistry]]