organic chemistry - regentschemreview.com chemistry iupac system for ... 5) = ethyl, c 3 h 7 ......

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24 ORGANIC CHEMISTRY IUPAC System for Naming Hydrocarbons & their Derivatives: 1) Identify the longest continuous chain of carbon atoms and name it, indicating the number of carbon atoms and the type of bond between them. This is called the parent chain . Note : If a double or triple bond is present, it should be included in this chain. 2) Identify the substituents (attachments) attached to the parent chain and name them. a) For Alkyl groups: CH3 = methyl, CH3CH2 (C2H5) = ethyl, C3H7 = propyl, etc... b) For Halogen atoms (Group 17): F = fluoro, Cl = chloro, Br = bromo, I = Iodo 3) Indicate how many of each attachment is present using "di " for 2, " tri " for 3 , “ tetra " for 4 , etc... 4) Indicate where the attachments are located along the carbon chain by choosing the lowest numbers possible. Note : a) Each attachment gets numbered. b) A double or triple bond takes preference in numbering over the positions of any of the attachments.

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Page 1: ORGANIC CHEMISTRY - regentschemreview.com CHEMISTRY IUPAC System for ... 5) = ethyl, C 3 H 7 ... Need more "orgo" questions? Go to the EXTENDED Unit in Organic Chemistry . Author:

24

ORGANIC CHEMISTRY

IUPAC System for Naming Hydrocarbons & their Derivatives:

1) Identify the longest continuous chain of carbon atoms and name it, indicating the number

of carbon atoms and the type of bond between them. This is called the parent chain.

Note: If a double or triple bond is present, it should be included in this chain.

2) Identify the substituents (attachments) attached to the parent chain and name them.

a) For Alkyl groups: CH3 = methyl, CH3CH2 (C2H5) = ethyl,

C3H7 = propyl, etc...

b) For Halogen atoms (Group 17): F = fluoro, Cl = chloro,

Br = bromo, I = Iodo

3) Indicate how many of each attachment is present using "di " for 2, " tri " for 3 ,

“ tetra " for 4 , etc...

4) Indicate where the attachments are located along the carbon chain by choosing the

lowest numbers possible.

Note: a) Each attachment gets numbered.

b) A double or triple bond takes preference in numbering over

the positions of any of the attachments.

Page 2: ORGANIC CHEMISTRY - regentschemreview.com CHEMISTRY IUPAC System for ... 5) = ethyl, C 3 H 7 ... Need more "orgo" questions? Go to the EXTENDED Unit in Organic Chemistry . Author:

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Isomers – have the same formula (composition), but a different structure

Examples:

butane methyl propane butanoic acid methyl propanoate

Page 3: ORGANIC CHEMISTRY - regentschemreview.com CHEMISTRY IUPAC System for ... 5) = ethyl, C 3 H 7 ... Need more "orgo" questions? Go to the EXTENDED Unit in Organic Chemistry . Author:

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Page 4: ORGANIC CHEMISTRY - regentschemreview.com CHEMISTRY IUPAC System for ... 5) = ethyl, C 3 H 7 ... Need more "orgo" questions? Go to the EXTENDED Unit in Organic Chemistry . Author:
Page 5: ORGANIC CHEMISTRY - regentschemreview.com CHEMISTRY IUPAC System for ... 5) = ethyl, C 3 H 7 ... Need more "orgo" questions? Go to the EXTENDED Unit in Organic Chemistry . Author:
Page 6: ORGANIC CHEMISTRY - regentschemreview.com CHEMISTRY IUPAC System for ... 5) = ethyl, C 3 H 7 ... Need more "orgo" questions? Go to the EXTENDED Unit in Organic Chemistry . Author:
Page 7: ORGANIC CHEMISTRY - regentschemreview.com CHEMISTRY IUPAC System for ... 5) = ethyl, C 3 H 7 ... Need more "orgo" questions? Go to the EXTENDED Unit in Organic Chemistry . Author:
Page 8: ORGANIC CHEMISTRY - regentschemreview.com CHEMISTRY IUPAC System for ... 5) = ethyl, C 3 H 7 ... Need more "orgo" questions? Go to the EXTENDED Unit in Organic Chemistry . Author:
Page 9: ORGANIC CHEMISTRY - regentschemreview.com CHEMISTRY IUPAC System for ... 5) = ethyl, C 3 H 7 ... Need more "orgo" questions? Go to the EXTENDED Unit in Organic Chemistry . Author:
Page 10: ORGANIC CHEMISTRY - regentschemreview.com CHEMISTRY IUPAC System for ... 5) = ethyl, C 3 H 7 ... Need more "orgo" questions? Go to the EXTENDED Unit in Organic Chemistry . Author:

Need more "orgo" questions? Go to the EXTENDED Unit in Organic Chemistry