synthetic routes and conditions Flashcards
alkane to haloalkane
free radical substitution
uv
halogen
alkene to alkane
hydrogen, nickel catalyst
hydrogenation
alkene to haloalkane
hydrogen halide
halogenation reaction
electrophilic addition
alkene to alcohol
hydration
steam
H3PO4
haloalkane to nitrile (-CN)
nucleophilic substitution
NaCN/ethanol/reflux
haloalkane to amine
nh3/ethanol
nucleophilic substitution
haloalkane to alcohol
nucleophilic substitution
NaOH (aq)
reflux
alcohol to alkene
elimination reaction
H3PO4, heat
alcohol to haloalkane
sodium halide, H2SO4
alcohol to ester
CA/acid anhydride/acyl chloride
H2SO4 conc
reflux
heat
primary alcohol to carboxylic acid
acidified potassium dichromate
reflux
primary alcohol to aldehyde
acidified potassium dichromate
distil
secondary alcohol to ketone
acidified potassium dichromate
reflux
oxidation
aldehyde to primary alcohol
reduction
warm aqueous NaBH4
aldehyde to hydroxynitrile
NaCN/H+ aq
to make HCN which is what reacts with aldehyde
aldehyde to CA
reflux
oxidation
acidified potassium dichromate
ketone to secondary alcohol
warm aq NaBH4, reduction
ketone to hydroxynitrile
NaCN/H+ aq
CA to ester
alcohol
conc H2SO4
CA to acyl chloride
SOCl2
ester to CA
H2O in acid (e.g. dilute HCl acts as catalyst)
heat
reflux
ester to carboxylate
NaOH
heat
hydrolysis reaction
acyl chloride to CA
H2O
acyl chloride to ester
alcohol
reflux
heat conc H2SO4
acyl chloride to primary amide
nh3
acyl chloride to secondary amide
primary amine
nitrile to amine
na in ethanol, reflux
nitrile to CA
H2O, HCl, heat
hydroxynitrile to amine
na and ethanol, reflux
hydroxynitrile to CA
H2O, HCl, heat
benzene to halobenzene
X2, AlCl3 catalyst, warm
benzene to phenylketone
acyl chloride, alcl3 catalyst, reflux
benzene to alkyl benzene
haloalkane, alcl3 catalyst, reflux
benzene to nitrobenzene
conc HNO3
conc H2SO4
warm
nitrobenzene to phenylamine
tin, conc ccl
reflux
then naoh
phenol to sodium phenoxide
NaOH, 20 degrees
phenol to phenyl ester
acyl chloride, 20 degrees
phenol to nitrophenol
dilute HNO3, 20 degrees
phenol to tribromophenol
bromine water, 20 degrees