pH<7 Neutralization Activation energy Buffer solution Buff Chemical equilibrium Polyprotic acid Collision Theory Removing products Exothermic reaction ΔH>0 Acids ΔH<0 Heat of vaporization Kw Increasing surface area Bronsted- Lowry Model Strong base pH>7 pH> Universe pH Weak base Endothermic reaction Reversible reaction Weak acid Adding heat pOH Increasing temperature Keq<1 Arrhenius Model Increasing concentration Endpoint Non-polar molecules Adding products Reaction rate Kinetic Energy Enthalpy 12 Bases Joule 3.6 Amphoteric Indicator Strong acid Catalyst Lewis Model Increasing pressure Heat of fusion Le Chatelier's Principle Temperature pH<7 Neutralization Activation energy Buffer solution Buff Chemical equilibrium Polyprotic acid Collision Theory Removing products Exothermic reaction ΔH>0 Acids ΔH<0 Heat of vaporization Kw Increasing surface area Bronsted- Lowry Model Strong base pH>7 pH> Universe pH Weak base Endothermic reaction Reversible reaction Weak acid Adding heat pOH Increasing temperature Keq<1 Arrhenius Model Increasing concentration Endpoint Non-polar molecules Adding products Reaction rate Kinetic Energy Enthalpy 12 Bases Joule 3.6 Amphoteric Indicator Strong acid Catalyst Lewis Model Increasing pressure Heat of fusion Le Chatelier's Principle Temperature
(Print)
pH<7
Neutralization
Activation energy
Buff
Chemical equilibrium
Polyprotic acid
Collision Theory
Removing products
Exothermic reaction
ΔH>0
Acids
ΔH<0
Heat of vaporization
Kw
Increasing surface area
Bronsted-Lowry Model
Strong base
pH>
Universe
pH
Weak base
Endothermic reaction
Reversible reaction
Weak acid
Adding heat
pOH
Increasing temperature
Keq<1
Arrhenius Model
Increasing concentration
Endpoint
Non-polar molecules
Adding products
Reaction rate
Kinetic Energy
Enthalpy
12
Bases
Joule
3.6
Amphoteric
Indicator
Strong acid
Catalyst
Lewis Model
Increasing pressure
Heat of fusion
Le Chatelier's Principle
Temperature
