First year mechanisms:
      Alkenes
      Alkynes
      Amines
      Aromatic
      Biological
      Conjugate Addition
      Enols and Enolates
      Epoxides
      Nucleophilic addition
      Nucleophilic Substitution
      Organohalides
      Organometallics
  Second year mechanisms
  Third year mechanisms
  All mechanisms
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Nucleophilic Substitution Mechanisms
Displaying 26 mechanisms:
Nucleophilc substitution- acetal formation from hemiacetal
Nucleophilc substitution- acyl chlorides from PCl5
Nucleophilc substitution- acyl chlorides from SOCl2
Nucleophilc substitution- amide hydrolysis (acid catalyst)
Nucleophilc substitution- amide hydrolysis (base catalyst)
Nucleophilc substitution- cyclic acetal formation
Nucleophilc substitution- decomposition of hemiacetal (acid)
Nucleophilc substitution- decomposition of hemiacetal (base)
Nucleophilc substitution- enamine formation
Nucleophilc substitution- ester hydrolysis (acid catalyst)
Nucleophilc substitution- ester hydrolysis (base catalyst)
Nucleophilc substitution- esterification
Nucleophilc substitution- imine decomposition
Nucleophilc substitution- imine formation
Nucleophilc substitution- nitrile hydrolysis
Nucleophilc substitution- orthoester hydrolysis
Nucleophilc substitution- oxime formation
Nucleophilc substitution- reduction of amides to amines
Nucleophilc substitution- reductive amination to form amines from imines
Nucleophilc substitution- Strecker synthesis (amino acid synthesis)
Nucleophilc substitution- tertiary amide hydrolysis
Nucleophilc substitution- transesterification
Nucleophilc substitution- Wittig reaction
Nucleophilic substitution- Aldehydes to carboxylic acids and alcohols- Cannizzaro reaction
Nucleophilic Substitution- Benzoin condensation- cyanide with aromatic aldehydes
Nucleophilic substitution- ketones to alkanes- Wolf-Kischner reaction