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organic reactants
Reactant, reagent, and products
Question | Answer |
---|---|
Br2 / hv Cl2 / hv | Start with alkANE producing an alkyl halide markovnikov |
NBS / hv | Start with alkENE producing an allylic bromide |
HBr / H2O2 | Start with alkENE producing alkyl halide anti markovnikov |
Strong acid / heat | Start with alkane with OH substituent and eliminate markovnikov E1 creating alkENE |
KOH / heat | Start with alkyl halide and eliminate markovnikov E2 creating alkENE |
KOBut / heat | Start with alkyl halide and eliminate antimarkovnikov removes primary H creating alkENE |
Base / heat | Start with geminal ( on same C) or vicinal (adjacent C's), eliminate both halides creating alkYNE |
H2 / Pd | Starts with double or triple bonds creating an alkANE |
HX | Start with alkENE adds halide markovnikov |
H2SO4 (H3O+) / H2O | Start with alkENE add alcohol markovnikov |
H2SO4 / ROH | Start with alkENE creates an ether markovnikov |
BH3THF / H2O2 OH- | Start with alkENE add alcohol antimarkovnikov |
X2 /CCl4 | Start with alkENE makes vicinal dihalide |
X2 / H2O | Start alkENE adds both X and OH, with alcohol being markovnikov |
MCPBA | Starts with alkENE adds an epoxide ring on double bond |
OsO4 / H2O2 H2O | Starts with alkENE adds two OH's across double bond with cis, both wedge or both dashes |
H2 / Lindlar's | Start with alkYNE makes into alkENE in cis form |
H2 / NaNH3 | Start with alkYNE makes into alkENE in trans form |
2 eq. HX | Start with alkYNE makes into an alkANE, geminal dihalide, two X's markovnikov two H's antimarkovnikov |
2 eq. X2 / CCl4 | Start with alkYNE creating two halides on each carbon from the double bond into alkANE |
SiaBH3 / H2O2 OH | Start with alkYNE creating an aldehyde antimarkovnikov, H-CO-R |
H2SO4 / HgSO4 H2O | Start with alkYNE creating a ketone markovnikov |