Structural isomerism: Difference between revisions
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Isomers are two or more molecules with the same molecular formula but different stuctural arrangement. There are three types of structural isomerism, these are: functional group isomerism, position isomerism and chain isomerism. | Isomers are two or more [[molecules|molecules]] with the same molecular formula but different stuctural arrangement. There are three types of structural isomerism, these are: functional group isomerism, position isomerism and chain isomerism. | ||
'''Functional group isomerism''' is when the functional groups differe i.e. they are from a different homologous series. | '''[[Functional group isomerism|Functional group isomerism]]''' is when the functional groups differe i.e. they are from a different homologous series. | ||
'''Position isomerism''' is when important groups are at different positions on the carbon chain. | '''[[Position isomerism|Position isomerism]]''' is when important groups are at different positions on the carbon chain. | ||
'''Chain isomerism''' occurs when there is the possibility for a chain to be branched or straight. | '''[[Chain isomerism|Chain isomerism]]''' occurs when there is the possibility for a chain to be branched or straight. | ||
Latest revision as of 10:11, 1 December 2012
Isomers are two or more molecules with the same molecular formula but different stuctural arrangement. There are three types of structural isomerism, these are: functional group isomerism, position isomerism and chain isomerism.
Functional group isomerism is when the functional groups differe i.e. they are from a different homologous series.
Position isomerism is when important groups are at different positions on the carbon chain.
Chain isomerism occurs when there is the possibility for a chain to be branched or straight.