is where an alkene double bond is broken and the carbons are both given an extra(additional) bond each.
Addition reaction
alkene to dibromoalkane
Br₂, addition
alkene to haloalkane
HCl in CCl₄, addition
is where idek Reverse Markovnikov’s Rule
Elimination reaction
haloalkane to alkene
alc. KOH reflux, elimination
(2°) alcohol to alkene
conc. H₂SO₄ 170°C, elimination
1° alcohol to carboxylic acid
reflux Cr₂O₇²⁻/H⁺, elimination
is the process of adding oxygen bonds to a carbon
Oxidation
alkene to (2°) alcohol
heat + dil. H₂SO₄ , oxidation
1° alcohol to aldehyde
cold + Cr₂O₇²⁻/H⁺, oxidation
2° alcohol to ketone
reflux Cr₂O₇²⁻/H⁺, oxidation
aldehyde to carboxylic acid
reflux Cr₂O₇²⁻/H⁺, oxidation
is the process of removing oxygen bonds from a carbon
Reduction reaction
alkene to alkane
H₂,Ni 300°C, reduction
ketone to (2°) alcohol
LiAlH₄, reduction
aldehyde to (1°) alcohol
NaBH₄, reduction
are reactions where two organic compounds are reacted together to make either an ester or an amide
Condensation reaction
alcohol + carboxylic acid to ester
conc. H₂SO₄, condensation(esterification)
carboxylate salt to 1° amide
heat, condensation
carboxylate salt to 2° amide
heat, condensation
carboxylate salt to 3° amide
heat, condensation
acid chloride to 1° amide
alcoholic: NH₃, condensation
acid chloride to 2° amide
1° amine, condensation
acid chloride to 3° amide
2° amine, condensation