E1 elimination unimolecular E1, SN1 Which reactions go through carbocation? Free! E1 example invert SN2 stereochemistry elimination make alkenes E2, E1 favors most substituted alkene isomer ROH, NH3, H20 E1 solvents racemicize/ epimerize stereocenter SN1 stereochemistry:? primary/ secondary SN2 Carbon:? not important E2 solvent? SN2 substitution nucleophile bimolecular polar aprotic SN2 solvent:? E2 example E2 elimination bimolecular SN2 reaction regioisomers the same functional groups but attached at different positions lone pair SN1 and E1 nucleophile:? SN1 reaction polar protic SN1 solvent:? SN1 substitution nucleophile unimolecular negative charge SN2 and E2 nucleophile:? SN1, E2, E1 tertiary or secondary? E1 elimination unimolecular E1, SN1 Which reactions go through carbocation? Free! E1 example invert SN2 stereochemistry elimination make alkenes E2, E1 favors most substituted alkene isomer ROH, NH3, H20 E1 solvents racemicize/ epimerize stereocenter SN1 stereochemistry:? primary/ secondary SN2 Carbon:? not important E2 solvent? SN2 substitution nucleophile bimolecular polar aprotic SN2 solvent:? E2 example E2 elimination bimolecular SN2 reaction regioisomers the same functional groups but attached at different positions lone pair SN1 and E1 nucleophile:? SN1 reaction polar protic SN1 solvent:? SN1 substitution nucleophile unimolecular negative charge SN2 and E2 nucleophile:? SN1, E2, E1 tertiary or secondary?
(Print) Use this randomly generated list as your call list when playing the game. There is no need to say the BINGO column name. Place some kind of mark (like an X, a checkmark, a dot, tally mark, etc) on each cell as you announce it, to keep track. You can also cut out each item, place them in a bag and pull words from the bag.
elimination unimolecular
E1
Which reactions go through carbocation?
E1, SN1
Free!
E1 example
SN2 stereochemistry
invert
make alkenes
elimination
favors most substituted alkene isomer
E2, E1
E1 solvents
ROH, NH3, H20
SN1 stereochemistry:?
racemicize/ epimerize stereocenter
SN2 Carbon:?
primary/ secondary
E2 solvent?
not important
substitution
nucleophile
bimolecular
SN2
SN2 solvent:?
polar aprotic
E2 example
elimination bimolecular
E2
SN2 reaction
the same functional groups
but attached at different positions
regioisomers
SN1 and E1 nucleophile:?
lone pair
SN1 reaction
SN1 solvent:?
polar protic
substitution
nucleophile
unimolecular
SN1
SN2 and E2 nucleophile:?
negative charge
tertiary or secondary?
SN1, E2, E1