First Order Weak Base Backside Attack Intermediate Base Reactivity Leaving Group Zero Order Rate Law 2° Hoffman's Rule Kinetics Activation Energy Mechanism Solvolysis Nucleophilic Substitution Nucleophile Methyl Regioselectivity Minor Product Brønsted Base SN1 Zaitsev's Rule Rate Constant Alkyl Halide Stereochemistry Antiperiplanar Second Order Reaction Order Strong Base Bimolecular β- Elimination 3° Electrophile Gibbs Free Energy Change SN2 Carbocation Racemization Rate Determining Step E2 Aprotic Steric Hindrance E1 1° Polarizability Protic Major Product Unimolecular First Order Weak Base Backside Attack Intermediate Base Reactivity Leaving Group Zero Order Rate Law 2° Hoffman's Rule Kinetics Activation Energy Mechanism Solvolysis Nucleophilic Substitution Nucleophile Methyl Regioselectivity Minor Product Brønsted Base SN1 Zaitsev's Rule Rate Constant Alkyl Halide Stereochemistry Antiperiplanar Second Order Reaction Order Strong Base Bimolecular β- Elimination 3° Electrophile Gibbs Free Energy Change SN2 Carbocation Racemization Rate Determining Step E2 Aprotic Steric Hindrance E1 1° Polarizability Protic Major Product Unimolecular
(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.
First Order
Weak Base
Backside Attack
Intermediate
Base
Reactivity
Leaving Group
Zero Order
Rate Law
2°
Hoffman's Rule
Kinetics
Activation Energy
Mechanism
Solvolysis
Nucleophilic Substitution
Nucleophile
Methyl
Regioselectivity
Minor Product
Brønsted Base
SN1
Zaitsev's Rule
Rate Constant
Alkyl Halide
Stereochemistry
Antiperiplanar
Second Order
Reaction Order
Strong Base
Bimolecular
β-Elimination
3°
Electrophile
Gibbs Free Energy Change
SN2
Carbocation
Racemization
Rate Determining Step
E2
Aprotic
Steric Hindrance
E1
1°
Polarizability
Protic
Major Product
Unimolecular