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87 Cards in this Set
- Front
- Back
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Hydrocarbons based on benzene ring as the structural unit. They are stable and contain conjugated double bonds. |
Arenes |
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Aromatic compounds must have these 4 characteristics. |
1. Ring structure 2. Conjugated double bonds 3. All elements in the ring are sp2 4. Obey the 4n+2 rule, where n is an integer |
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4n + 2 = __________ rule, n must be an integer. |
The number of electrons in pi bonds |
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What is the structure of Toluene? |
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What is the structure of Anisole? |
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What is the structure ofAniline? |
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What is the structure ofBenzoic acid? |
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What is the structure ofAcetophenome? |
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What is the structure ofPhenol? |
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What is the structure ofStyrene? |
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What is the structure ofBenzaldehyde? |
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What is the ortho position? |
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What is the para position? |
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What is the meta position? |
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What is the structure of xylene? |
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What is the structure of o-xylene? |
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What is the structure ofp-xylene? |
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What is the structure ofm-xylene |
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The family of completely conjugated, monocyclic hydrocarbons. |
Annulenes |
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Name this reaction - which can only happen in the benzylic position! |
Addition of carboxylic acid to benzylic hydrogen, which can only happen in the benzylic position! |
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Name this reaction. |
Friedal Craft Alkylation |
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Name this reaction. |
Friedal Craft Alkylation |
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Name this reaction. |
Friedal Craft Alkylation |
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Friedal Craft Alkylation by alcohol |
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Friedal Craft Alkylation by acid |
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Friedal Craft Acylation |
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Friedal Craft Acylation |
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Friedal Craft Acylation with Di-ester |
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Wolff Kishner Reduction |
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Clemenson Reduction |
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Bromination of aromatic ring |
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Nitration of aromatic ring |
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Reduction of NO2 |
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Sulfonation of aromatic ring |
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What is the activation? |
Very strong activation |
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What is the activation? |
Very strong activation
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What is the activation? |
Very strong activation |
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What is the activation? |
Strong activation |
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What is the activation? |
Strong activation |
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What is the activation? |
Strong activation |
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What is the activation? |
Mild activation |
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What is the activation? |
Mild activation |
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What is the activation? |
Mild activation |
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What is the activation? |
Mild deactivation |
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What is the activation? |
Mild deactivation |
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What is the activation? |
Strong deactivation |
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What is the activation? |
Strong deactivation |
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What is the activation? |
Strong deactivation |
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What is the activation? |
Strong deactivation |
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What is the activation? |
Strong deactivation |
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What is the activation? |
Strong deactivation |
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What is the activation? |
Strong deactivation |
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What is the activation? |
Very strong deactivation |
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What is the activation? |
Very strong deactivation |
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What is the structure of pyridine? |
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What is the structure of pyrol? |
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What is the structure of furon? |
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What is the structure of imidozole? |
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What is the structure of thiophene? |
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What is the structure of benzophenone? |
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