Ketone - Revision history

Nnjm2: Reformatted the page. Cleaned up the references.

2017-12-06T20:24:57Z

Reformatted the page. Cleaned up the references.

← Older revision		Revision as of 20:24, 6 December 2017
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	A ketone is an organic molecule, that has a [[~~Carbonyl_group~~\|carbonyl]] [[~~Functional_group~~\|functional group]] (as do [[Aldehyde\|aldehydes]]) which consists of a carbon atom double bonded to an oxygen atom. For the molecule to be a ketone there must be two carbon atoms bonded to the carbon that is part of the [[~~Carbonyl_group~~\|carbonyl group]]. It has the structure of R<sub>1</sub>C=OR<sub>2</sub>.		A ketone is an organic molecule, that has a [[Carbonyl group\|carbonyl]] [[Functional group\|functional group]] (as do [[Aldehyde\|aldehydes]]) which consists of a carbon atom double bonded to an oxygen atom. For the molecule to be a ketone there must be two carbon atoms bonded to the carbon that is part of the [[Carbonyl group\|carbonyl group]]. It has the structure of R<sub>1</sub>C=OR<sub>2</sub>.

	~~'''<u>~~Naming Ketones~~ </u>'''~~		=== Naming Ketones ===

	When naming ketones, take the parental [[Alkane\|alkane]] prefix (based on the number of carbons in the carbon chain) and add the suffix '-one' to the end.~~ ~~		When naming ketones, take the parental [[Alkane\|alkane]] prefix (based on the number of carbons in the carbon chain) and add the suffix '-one' to the end.

	~~'''<u>~~Physical Properties~~ </u>'''~~		=== Physical Properties ===

	Ketones are [[Polar\|polar]] molecules, and there are two lone pairs on the oxygen atom of the [[~~Carbonyl_group~~\|carbonyl group]]. This allows ketones to take part in [[~~Hydrogen_Bonding~~\|hydrogen bonding]] with water molecules <ref>R Lewis W Evans, Chemistry, 3rd edition, Palgrave Macmillan, Basingstoke, 2006</ref>.~~ ~~		Ketones are [[Polar\|polar]] molecules, and there are two lone pairs on the oxygen atom of the [[Carbonyl group\|carbonyl group]]. This allows ketones to take part in [[Hydrogen Bonding\|hydrogen bonding]] with water molecules<ref>R Lewis W Evans, Chemistry, 3rd edition, Palgrave Macmillan, Basingstoke, 2006</ref>.

	~~'''<u>~~Reactions of Ketones~~</u>'''~~		=== Reactions of Ketones ===

	It is often made by [[Oxidation\|Oxidation]] reaction of [[Secondary Alcohol\|Secondary alcohol]], whereas aldehyde is made by [[Oxidation\|Oxidation]] reaction of [[Primary alcohol\|Primary alcohol]]. A ketone can also be reduced back into the [[Secondary Alcohol\|Secondary alcohol<font>.</font>]] In ~~kentone,~~ [[Carbonyl group\|Carbonyl group]], which is usually a functional group, is between two of the same or different R groups.		It is often made by [[Oxidation\|Oxidation]] reaction of [[Secondary Alcohol\|Secondary alcohol]], whereas aldehyde is made by [[Oxidation\|Oxidation]] reaction of [[Primary alcohol\|Primary alcohol]]. A ketone can also be reduced back into the [[Secondary Alcohol\|Secondary alcohol<font>.</font>]] In a ketone the [[Carbonyl group\|Carbonyl group]], which is usually a functional group, is between two of the same or different R groups.

	It is used in urine test to determine the level of [[Fatty acid\|Fatty acid]] in the body. If the level if fatty acid is too high, it will break down ~~in to~~ ketone and present in the [[Urine\|Urine]].		It is used in urine test to determine the level of [[Fatty acid\|Fatty acid]] in the body. If the level of fatty acid is too high, it will break down into ketone and present in the [[Urine\|Urine]].

			=== References ===

			<references />
	~~'''<u>References</u>'''~~

	~~'''<u></u>'''~~<references />

170348689 at 12:48, 6 December 2017

2017-12-06T12:48:21Z

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-A ketone is an organic molecule that has a structure of RC=OR1.
+A ketone is an organic molecule, that has a [[Carbonyl_group|carbonyl]] [[Functional_group|functional group]] (as do [[Aldehyde|aldehydes]]) which consists of a carbon atom double bonded to an oxygen atom. For the molecule to be a ketone there must be two carbon atoms bonded to the carbon that is part of the [[Carbonyl_group|carbonyl group]]. It has the structure of R<sub>1</sub>C=OR<sub>2</sub>.
-It is often made by [[Oxidation|Oxidation]] reaction of [[Secondary Alcohol|Secondary alcohol]], whereas aldehyde is made by [[Oxidation|Oxidation]] reaction of [[Primary_alcohol|Primary alcohol]]. A ketone can also be reduced back into the [[Secondary Alcohol|Secondary alcohol<font>.</font>]] In kentone, [[Carbonyl_group|Carbonyl group]], which is usually a functional group, is between two of the same or different R groups.
+'''<u>Naming Ketones&nbsp;</u>'''
-It is used in urine test to determine the level of [[Fatty_acid|Fatty acid]] in the body. If the level if fatty acid is too high, it will break down in to ketone and present in the [[Urine|Urine]].
+When naming ketones, take the parental [[Alkane|alkane]] prefix (based on the number of carbons in the carbon chain) and add the suffix '-one' to the end.&nbsp;

170348689 at 19:13, 5 December 2017

2017-12-05T19:13:48Z

← Older revision		Revision as of 19:13, 5 December 2017
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	~~<p>~~A ketone is an organic molecule that has a structure of RC=OR1.		A ketone is an organic molecule that has a structure of RC=OR1.
	~~</p><p>~~It is often made by ~~<a href="~~Oxidation~~">oxidation</a>~~ reaction of ~~<a href="~~Secondary alcohol~~">secondary alcohol</a>~~, whereas aldehyde is made by ~~<a href="~~Oxidation~~">oxidation</a>~~ reaction of ~~<a href="~~Primary alcohol~~">primary alcohol</a>~~. A ketone can also be reduced back into the ~~<a href="~~Secondary alcohol">~~secondary alcohol~~</a>. In kentone, ~~<a href="~~Carbonyl group~~">carbonyl group</a>~~, which is usually a functional group, is between two of the same or different R groups.
	~~</p><p>~~It is used in urine test to determine the level of ~~<a href="~~Fatty acid~~">fatty acid</a>~~ in the body. If the level if fatty acid is too high, it will break down in to ketone and present in the ~~<a href="~~Urine~~">urine</a>~~.		It is often made by [[Oxidation\|Oxidation]] reaction of [[Secondary Alcohol\|Secondary alcohol]], whereas aldehyde is made by [[Oxidation\|Oxidation]] reaction of [[Primary_alcohol\|Primary alcohol]]. A ketone can also be reduced back into the [[Secondary Alcohol\|Secondary alcohol<font>.</font>]] In kentone, [[Carbonyl_group\|Carbonyl group]], which is usually a functional group, is between two of the same or different R groups.
	~~</p>~~
			It is used in urine test to determine the level of [[Fatty_acid\|Fatty acid]] in the body. If the level if fatty acid is too high, it will break down in to ketone and present in the [[Urine\|Urine]].

170348689 at 19:06, 5 December 2017

2017-12-05T19:06:31Z

← Older revision		Revision as of 19:06, 5 December 2017
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	A ketone is an organic molecule that has a structure of RC=OR1.		<p>A ketone is an organic molecule that has a structure of RC=OR1.
			</p><p>It is often made by <a href="Oxidation">oxidation</a> reaction of <a href="Secondary alcohol">secondary alcohol</a>, whereas aldehyde is made by <a href="Oxidation">oxidation</a> reaction of <a href="Primary alcohol">primary alcohol</a>. A ketone can also be reduced back into the <a href="Secondary alcohol">secondary alcohol</a>. In kentone, <a href="Carbonyl group">carbonyl group</a>, which is usually a functional group, is between two of the same or different R groups.
	It is often made by [[Oxidation\|oxidation]] reaction of ~~[[secondary~~ alcohol\|secondary alcohol]], whereas aldehyde is made by [[Oxidation\|oxidation]] reaction of ~~[[Primary_alcohol\|~~primary alcohol]]. A ketone can also be reduced back into the ~~[[secondary~~ alcohol\|secondary alcohol]]. In kentone, ~~[[Carbonyl_group\|~~carbonyl group]], which is usually a functional group, is between two of the same or different R groups.		</p><p>It is used in urine test to determine the level of <a href="Fatty acid">fatty acid</a> in the body. If the level if fatty acid is too high, it will break down in to ketone and present in the <a href="Urine">urine</a>.
			</p>
	It is used in urine test to determine the level of ~~[[fatty~~ acid\|fatty acid]] in the body. If the level if fatty acid is too high, it will break down in to ketone and present in the [[Urine\|urine]].

170348689 at 18:28, 5 December 2017

2017-12-05T18:28:24Z

← Older revision		Revision as of 18:28, 5 December 2017
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	~~Ketone~~ is an organic molecule that has a structure of RC=OR1. It is often made by <a href="Oxidation">oxidation</a> reaction of <a href="Secondary alcohol">secondary alcohol</a>, whereas aldehyde is made by <a href="Oxidation">oxidation</a> reaction of <a href="Primary alcohol">primary alcohol</a>.  Ketone can also be reduced back into the secondary alcohol. In kentone, <a href="Carbonyl group">carbonyl group</a>, which is usually a functional group, is between two of the same or different R groups.		A ketone is an organic molecule that has a structure of RC=OR1.

	It is used in urine test to determine the level of ~~<a href="Fatty~~ acid~~">~~fatty acid~~</a>~~ in the body. If the level if fatty acid is too high, it will break down in to ketone and present in the ~~<a href="~~Urine~~">~~urine~~</a>~~.		It is often made by [[Oxidation\|oxidation]] reaction of [[secondary alcohol\|secondary alcohol]], whereas aldehyde is made by [[Oxidation\|oxidation]] reaction of [[Primary_alcohol\|primary alcohol]]. A ketone can also be reduced back into the [[secondary alcohol\|secondary alcohol]]. In kentone, [[Carbonyl_group\|carbonyl group]], which is usually a functional group, is between two of the same or different R groups.

			It is used in urine test to determine the level of [[fatty acid\|fatty acid]] in the body. If the level if fatty acid is too high, it will break down in to ketone and present in the [[Urine\|urine]].

170348689 at 18:22, 5 December 2017

2017-12-05T18:22:09Z

← Older revision		Revision as of 18:22, 5 December 2017
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	Ketone is an organic molecule that has a structure of RC=OR1. It is often made by [[Oxidation\|oxidation]] reaction of [[Secondary alcohol\|secondary alcohol]], whereas aldehyde is made by [[Oxidation\|oxidation]] reaction of [[Primary alcohol\|primary alcohol]].  Ketone can also be reduced back into the secondary alcohol. In kentone, [[Carbonyl group\|carbonyl group]], which is usually a functional group, is between two of the same or different R groups.		Ketone is an organic molecule that has a structure of RC=OR1. It is often made by <a href="Oxidation">oxidation</a> reaction of <a href="Secondary alcohol">secondary alcohol</a>, whereas aldehyde is made by <a href="Oxidation">oxidation</a> reaction of <a href="Primary alcohol">primary alcohol</a>.  Ketone can also be reduced back into the secondary alcohol. In kentone, <a href="Carbonyl group">carbonyl group</a>, which is usually a functional group, is between two of the same or different R groups.

	It is used in urine test to determine the level of [[Fatty acid\|fatty acid]] in the body. If the level if fatty acid is too high, it will break down in to ketone and present in the [[Urine\|urine]].		It is used in urine test to determine the level of <a href="Fatty acid">fatty acid</a> in the body. If the level if fatty acid is too high, it will break down in to ketone and present in the <a href="Urine">urine</a>.

150082158 at 15:15, 21 October 2016

2016-10-21T15:15:08Z

← Older revision		Revision as of 15:15, 21 October 2016
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	Ketone is an organic molecule that has a structure of RC=OR1. It is often made by [[~~oxidation~~\|oxidation]] reaction of [[~~secondary~~ alcohol\|secondary alcohol]], whereas aldehyde is made by oxidation reaction of [[~~primary~~ alcohol\|primary alcohol]].  Ketone can also be reduced back into the secondary alcohol. In kentone, [[~~carbonyl~~ group\|carbonyl group]], which is usually a functional group, is between two of the same or different R groups.		Ketone is an organic molecule that has a structure of RC=OR1. It is often made by [[Oxidation\|oxidation]] reaction of [[Secondary alcohol\|secondary alcohol]], whereas aldehyde is made by [[Oxidation\|oxidation]] reaction of [[Primary alcohol\|primary alcohol]].  Ketone can also be reduced back into the secondary alcohol. In kentone, [[Carbonyl group\|carbonyl group]], which is usually a functional group, is between two of the same or different R groups.

	It is used in urine test to determine the level of [[~~fatty~~ acid\|fatty acid]] in the body. If the level if fatty acid is too high, it will break down in to ketone and present in the [[~~urine~~\|urine]].		It is used in urine test to determine the level of [[Fatty acid\|fatty acid]] in the body. If the level if fatty acid is too high, it will break down in to ketone and present in the [[Urine\|urine]].

Nnjm2 at 10:07, 3 December 2011

2011-12-03T10:07:46Z

← Older revision		Revision as of 10:07, 3 December 2011
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	Ketone is an organic molecule that has a structure of RC=OR1. It is often made by oxidation reaction of secondary alcohol, whereas aldehyde is made by oxidation reaction of primary alcohol.  Ketone can also be reduced back into the secondary alcohol. In kentone, carbonyl group, which is usually a functional group, is between two of the same or different R groups.		Ketone is an organic molecule that has a structure of RC=OR1. It is often made by [[oxidation\|oxidation]] reaction of [[secondary alcohol\|secondary alcohol]], whereas aldehyde is made by oxidation reaction of [[primary alcohol\|primary alcohol]].  Ketone can also be reduced back into the secondary alcohol. In kentone, [[carbonyl group\|carbonyl group]], which is usually a functional group, is between two of the same or different R groups.

	It is used in urine test to determine the level of fatty acid in the body. If the level if fatty acid is too high, it will break down in to ketone and present in the urine.		It is used in urine test to determine the level of [[fatty acid\|fatty acid]] in the body. If the level if fatty acid is too high, it will break down in to ketone and present in the [[urine\|urine]].

110221070: Created page with "Ketone is an organic molecule that has a structure of RC=OR1. It is often made by oxidation reaction of secondary alcohol, whereas aldehyde is made by oxidation reaction of prima..."

2011-12-02T16:59:25Z

Created page with "Ketone is an organic molecule that has a structure of RC=OR1. It is often made by oxidation reaction of secondary alcohol, whereas aldehyde is made by oxidation reaction of prima..."

New page

Ketone is an organic molecule that has a structure of RC=OR1. It is often made by oxidation reaction of secondary alcohol, whereas aldehyde is made by oxidation reaction of primary alcohol.  Ketone can also be reduced back into the secondary alcohol. In kentone, carbonyl group, which is usually a functional group, is between two of the same or different R groups.

It is used in urine test to determine the level of fatty acid in the body. If the level if fatty acid is too high, it will break down in to ketone and present in the urine.