Archive:Introduction to Functional Groups - Revision history

wikademia>Wikademia: moved Introduction to Functional Groups to Archive:Introduction to Functional Groups

2009-06-12T08:33:48Z

← Older revision	Revision as of 08:33, 12 June 2009
(No difference)

2009-04-10T17:04:44Z

Text replace - 'RightTOC' to 'ntnes'

2009-03-29T17:52:40Z

2009-03-28T03:28:26Z

37 revisions

← Older revision	Revision as of 03:28, 28 March 2009
(No difference)

2008-10-11T02:55:35Z

cats

← Older revision		Revision as of 02:55, 11 October 2008
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	==Nitrile==		==Nitrile==

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

2008-05-23T16:55:57Z

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 Functional groups are groups of atoms within a molecule that affect its function.  Some basic ones are listed below.
 ==Hydroxyl Group==
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 [[Image:Carboxylic-acid-skeletal.svg|thumb|80px|right|Carboxyl group]]
 The carboxyl group is formed by starting with a carbonyl group , then attaching a hydroxyl group to the same carbon atom in the carbonyl group.  Finally, the carboxyl group is added to a molecule.  Because carbon has four [[bonding sites]], and three of them are taken up by the hydrogen and oxygen, the bond from the carbon to the molecule is a single bond.  A carboxyl group is denoted X-COH=O
 ==Aromatic==

2008-05-08T12:50:39Z

Alkene

← Older revision		Revision as of 12:50, 8 May 2008
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	-list of linear alkanes with names, structure and semistructure will follow		-list of linear alkanes with names, structure and semistructure will follow

	==Alkene==		Molecular Formula of Alkene is :C<sub>n</sub>H<sub>2n+2</sub>

	==Alkyl==		==Alkyl==

2008-03-17T21:30:57Z

Alkane: writing it

← Older revision		Revision as of 21:30, 17 March 2008
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	==Alkane==		==Alkane==

			Every organic structure is based on alkanes. They contain only carbon and hydrogen, which are only connected through single bonds (C-H or C-C). These bounds are quite stable, non-polar and therefore hydrophobic.

			You can differ between linear, branched and cyclic alkanes.

			-list of linear alkanes with names, structure and semistructure will follow

	==Alkene==		==Alkene==

2008-01-13T23:20:10Z

Undo revision 203171 by Mike.lifeguard (Talk)

← Older revision		Revision as of 23:20, 13 January 2008
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	==Hydroxyl Group==		==Hydroxyl Group==
	[[Image:Alcohol-(general)-skeletal.png\|75px\|thumb\|right\|Hydroxyl Group]]		[[Image:Alcohol-(general)-skeletal.png\|75px\|thumb\|right\|Hydroxyl Group]]
	~~[http://www.bookbusinessmall.com test]~~
	The hydroxyl group is formed by attaching a [[oxygen]] and a [[hydrogen]] atom to a molecule. Both the bond from the molecule to the oxygen and the bond from the oxygen to the hydrogen are single bonds; thus hydroxyl groups are usually denoted R-O-H. (where O is oxygen, H is hydrogen, and R is the molecule the hydroxyl group is attached to)		The hydroxyl group is formed by attaching a [[oxygen]] and a [[hydrogen]] atom to a molecule. Both the bond from the molecule to the oxygen and the bond from the oxygen to the hydrogen are single bonds; thus hydroxyl groups are usually denoted R-O-H. (where O is oxygen, H is hydrogen, and R is the molecule the hydroxyl group is attached to)

2008-01-13T23:18:46Z

testing spam-blacklist

← Older revision		Revision as of 23:18, 13 January 2008
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	==Hydroxyl Group==		==Hydroxyl Group==
	[[Image:Alcohol-(general)-skeletal.png\|75px\|thumb\|right\|Hydroxyl Group]]		[[Image:Alcohol-(general)-skeletal.png\|75px\|thumb\|right\|Hydroxyl Group]]
			[http://www.bookbusinessmall.com test]
	The hydroxyl group is formed by attaching a [[oxygen]] and a [[hydrogen]] atom to a molecule. Both the bond from the molecule to the oxygen and the bond from the oxygen to the hydrogen are single bonds; thus hydroxyl groups are usually denoted R-O-H. (where O is oxygen, H is hydrogen, and R is the molecule the hydroxyl group is attached to)		The hydroxyl group is formed by attaching a [[oxygen]] and a [[hydrogen]] atom to a molecule. Both the bond from the molecule to the oxygen and the bond from the oxygen to the hydrogen are single bonds; thus hydroxyl groups are usually denoted R-O-H. (where O is oxygen, H is hydrogen, and R is the molecule the hydroxyl group is attached to)