Start with alkANE producing an alkyl halide markovnikov

Start with alkENE producing an allylic bromide

Start with alkENE producing alkyl halide anti markovnikov

Start with alkane with OH substituent and eliminate markovnikov E1 creating alkENE

Start with alkyl halide and eliminate markovnikov E2 creating alkENE

Start with alkyl halide and eliminate antimarkovnikov removes primary H creating alkENE

Start with geminal ( on same C) or vicinal (adjacent C's), eliminate both halides creating alkYNE

Starts with double or triple bonds creating an alkANE

Start with alkENE adds halide markovnikov

Start with alkENE add alcohol markovnikov

Start with alkENE creates an ether markovnikov

Start with alkENE add alcohol antimarkovnikov

Start with alkENE makes vicinal dihalide

Start alkENE adds both X and OH, with alcohol being markovnikov

Starts with alkENE adds an epoxide ring on double bond

Starts with alkENE adds two OH's across double bond with cis, both wedge or both dashes

Start with alkYNE makes into alkENE in cis form

Start with alkYNE makes into alkENE in trans form

Start with alkYNE makes into an alkANE, geminal dihalide, two X's markovnikov two H's antimarkovnikov

Start with alkYNE creating two halides on each carbon from the double bond into alkANE

Start with alkYNE creating an aldehyde antimarkovnikov, H-CO-R

Start with alkYNE creating a ketone markovnikov

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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

Created by: ngaskill08

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