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