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18 Cards in this Set

  • Front
  • Back

Alkane -> halogenoalkane

Free radicals substitution


Cl2


UV light

Halogenoalkane -> amine

Nucleophillic substitution


Warm excess ethanolic ammonia

Halogenoalkane -> nitrile

Nucleophillic substitution


Warm ethanolic potassium cyanide

Nitrile -> primary amine

Reduction


LiAlH4, dilute H2SO4


Dry ether (non aqueous)

Halogenoalkane -> alcohol

Nucleophillic sub


Warm NaOH dissolved in water


Reflux

Halogenoalkane -> alkene

Elimination


KOH dissolved in ethanol


Warm reflux

Alcohol -> alkene

Elimination / dehydration


Conc sulfuric acid

Alkene -> alcohol

Electrophillic addition


Water


Cold conc sulfuric acid

Primary Alcohol -> aldehyde


Aldehyde -> carboxilic acid



Secondary alcohol -> ketone

Acidified Potassium dichromate


Sulfuric acid


Heat under reflux

Aldehyde/ketone -> alcohol

Nucleophillic addition/ reduction


NaBH4 dissolved in water with methanol

Aldehyde/ketone -> hyrdroxynitirle

Nucleophillic addition


Acidified KCN


Sulfuric acid

Carboxylic acid -> ester

Esterfication


Heat under fedlux and


Conc sulfuric acid


Alcohol

Ester -> carboxylic acid

Acid hydrolysis


- dilute Sulfuric acid and water


- heat under reflux



Base hydrolysis


- dilute NaOH


- heat under reflux

Acyl chloride / acid anhydride


-> carboxylic acid


-> Ester


-> primary amide


-> N sub amide

Nucleophillic addition-elimination


Water


Alcohol


Ammonia


Amine



Acyl chloride makes HCL


Acid anhydride makes carboxylic acid as product

Benzene -> nitro benzene

Electrophillic substitution


Conc H2SO4


Conc HNO3


Below 55 degrees

Nitro benzene -> aromatic amine

Reduction


Tin meta and conc HCL


Then NaOH


heat under reflux

Remember aromatic amine can act as nucleophillic and attack acyl chlorides to make N-phenyl(Ethan)amuse

B

Benzene -> phenylketone

Electrophillic sub


Friedal crafts acylation


Acyl chloride and AlCl3


Heat under reflux


Dry ether (non aqueous)