'Ester formation' diaporamas de présentation

CHE-300 Review nomenclature syntheses reactions mechanisms

CHE-300 Review nomenclature syntheses reactions mechanisms. Alkanes Alkyl halides Alcohols Ethers Alkenes conjugated dienes Alkynes Alicyclics Epoxides. Alkanes Nomenclature Syntheses 1. reduction of alkene (addition of hydrogen) 2. reduction of an alkyl halide

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CHE-300 Review nomenclature syntheses reactions mechanisms

CHE-300 Review nomenclature syntheses reactions mechanisms. Alkanes Alkyl halides Alcohols Ethers Alkenes conjugated dienes Alkynes Alicyclics Epoxides. Alkanes Nomenclature Syntheses 1. reduction of alkene (addition of hydrogen) 2. reduction of an alkyl halide

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Phenols Ar-OH

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Phenols Ar-OH

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Experimental Reports

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Phenols ArOH

Phenols ArOH. Preparation of phenols: 1-From chlorobenzene. 2-From sulphonic acid. 3-From amines. Reactions of phenols: 1. Acidity:. 2. Ether formation, Williamson synthesis:. Alkyl group can be oxidized by KMnO 4 but not RO-. 3. Ester formation:. Ring substitution:

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7.3 Making Esters

7.3 Making Esters. 7.3.1. Condensation Reactions. LO: I understand what is meant by a condensation reaction. A condensation reaction occurs when two molecules join together to make a larger one . A small molecule by-product is also produced. For example:. ethanoic acid . +. methanol.

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