Le Chatelier's Principle
CATALYST
ACTIVATION ENERGY
ENDOTHERMIC REACTION
THERMOCHEMICAL REACTION
EXOTHERMIC REACTION
INHIBITOR
IDEAL GAS LAW
REACTION RATE
COLLISION THEORY
HEAT ENERGY IS ABSORBED TO BREAK BONDS
In order for a reaction to occur, the particles in the chemical reaction must collide.
If a stress is applied to a system at equilibrium, the system shifts in the direction that relives the stress.
HEAT ENERGY IS RELEASED TO FORM BONDS.
THIS SUBSTANCE SLOWS DOWN THE RATE OF A CHEMICAL REACTION. IT CAN ALSO COMPLETELY STOP A CHEMICAL REACTION FROM OCCURRING.
THE SPEED AT WHICH A CHEMICAL REACTION OCCURS
THE AMOUNT OF ENERGY REQUIRED FOR A CHEMICAL REACTION TO OCCUR.
A BALANCED CHEMICAL EQUATION THAT INCLUDES ENTHALPY CHANGE. USUALLY EXPRESSED IN ∆H (HEAT)
PV=nRT
INCREASES THE RATE OF A CHEMICAL REACTION BY LOWERING THE ACTIVATION ENERGY
