Chem 353 coverage
CHEM 353 COVERAGE OUTLINE 
What
should I do to prepare for Chem 353 ?
This is intended to be a general reading guide for the
  course
  so you can see where we are heading. 
Chemistry 353 is part II of the introduction to organic
  chemistry. 
  The topics to be are considered are shown below. The order below does
  not
  necessarily represent the order in which the topics will be covered in
  lectures. 
The 
  lecture topics  covered in approximate order (subject to change) 
  are shown below: 
THIS MAY NOT THE ORDER OF COVERAGE, SEE CLASS EMAILS / D2L POSTS FOR WEEK TO WEEK LECTURE COVERAGE !
  -  Isomers and stereochemistry
 
  - Alkynes: structure, bonding, physical and chemical properties, 
  preparation via elimination and alkylation reactions.
 
  - Electrophilic addition reactions of alkenes qand alkynes
 
  - Dienes and allylic systems: structure, bonding, physical and 
    chemical properties, preparation, addition reactions.
 
  - Arenes: aromaticity, benzenes,structure, bonding, physical 
    and chemical properties, reactions
 
  - Electrophilic aromatic substitution reactions of benzene systems
 
  - Organometallic compounds, esp. Grignard and related reagents (i.e. metal hydrides)
 
  - Nucleophilic addition reactions of aldehydes and ketones
 
  - Preparations of alcohols from carbonyls by reduction. 
 
  - Oxidation of alcohols
 
  - Diols: 
    properties, preparation and reactions
 
  - Ethers and epoxides: structure, bonding, physical and chemical 
    properties, preparation and reactions
 
  - Nucleophilic 
  acyl substitution
 
  - Carboxylic acids and derivatives: structure, bonding, 
    physical and chemical properties, preparation and reactions.
 
  - Reactions 
  of alcohols with carboxylic acid derivatives
 
  - Enols and enolates of aldehydes, ketones and esters: 
    acidity, preparation and reactions as nucleophiles in alkylation and condensation 
  reactions
 
  - Amines: structure, bonding, physical and chemical properties, 
    preparations and reactions
 
  -  Phenols: structure, bonding, physical and chemical properties, 
  preparation and reactions
 
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