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29 Cards in this Set

  • Front
  • Back

Alkene to Alkane

Hydrogenation, H2 and Nickel catalyst, 423K

Alkene to dihaloalkane

X2 , electrophilic addition

alkene to haloalkane

HX, electrophilic addition

alkene to alcohol

H3PO4, steam, 300 degrees, catalyst, 60 atm, electrophilic addition

alcohol to alkene

H3PO4/H2SO4 and heat under reflux

Haloalkane to alkene

KOH (ethanol) and heat under reflux, elminiation

alcohol to aldehyde

oxidation, K2CR2O7/H2SO4 distillation, must be primary alc

alcohol to haloalkane

NaX and H2SO4, nucleophilic substitution

haloalkane to alcohol

NaOH, water, heat under reflux, nucleophilic substitution

alkane to haloalkane

X2 UV light free radical substitution

alcohol to ketone

secondary alcohol, heat under reflux, K2Cr2O7, H2SO4, oxidation

aldehyde to carboxylic acid

oxidation, K2Cr2O7, H2SO4, heat under reflux

carbonyls to alcohols

nucleophilic addition, reduction, NaBH4 in methanol and water

haloalkane to amine

heat NH3, nucleophilic substitution

Haloalkane to nitrile

KCN ethanol reflux

carboxylic acid to acid chloride

SOCl2

acid chloride to carboxylic acid

water

carboxylic acid to ester

conc H2SO4, alcohol, heat condensation

acid chloride to ester

alcohol

ester to carboxylic acid

dilute H2SO4, H2O reflux and catalyst or dilute NaOH and reflux

Nitrile to primary amine

LiAlH4 and dilute acid or H gas with a nickel catalyst high temp and pressure

benzene to nitrobenzene

nitration conc h2SO4 and HNO3, 55 degrees

nitrobenzene to phenylamine

reduction, Conc HCl Sn and reflux. Add NaOH after

benzene to phenylketone

acylation acyl chloride, AlCl3 catalyst reflux anhrydrous

benzene to alkyl benzene

alkylation, haloalkane reflux alcl3

benzene to halobenzene

halogens toon, warm X2 alcl3

phenol you sodium phenoxide

NaOH

phenol to phenyl ester

acyl chloride

phenol to nitrophenol

dilute nh3