Le Chatelier's principle states that if a system in dynamic equilibrium experiences a change, the equilibrium will shift to counteract the change. Specifically, increasing temperature shifts equilibrium towards the endothermic direction, increasing concentration shifts equilibrium away from that substance, and increasing pressure shifts equilibrium away from the gas producing side.

1. Le Chatelier’s principle

2. Le Chatelier’s principle
Whenever a change is made to a reversible reaction in
dynamic equilibrium, the equilibrium will shift to try and
oppose the change.

3. Le Chatelier’s principle
Whenever a change is made to a reversible reaction in
dynamic equilibrium, the equilibrium will shift to try and
oppose the change.
Condition Effect
Temperature Increasing the temperature shifts the
equilibrium in the direction that takes in heat.

4. Le Chatelier’s principle
Whenever a change is made to a reversible reaction in
dynamic equilibrium, the equilibrium will shift to try and
oppose the change.
Condition Effect
Temperature Increasing the temperature shifts the
equilibrium in the direction that takes in heat.
Concentration Increasing the concentration of a substance
shifts the equilibrium in the direction that
produces less of that substance.

5. Le Chatelier’s principle
Whenever a change is made to a reversible reaction in
dynamic equilibrium, the equilibrium will shift to try and
oppose the change.
Condition Effect
Temperature Increasing the temperature shifts the
equilibrium in the direction that takes in heat.
Concentration Increasing the concentration of a substance
shifts the equilibrium in the direction that
produces less of that substance.
Pressure Increasing the pressure shifts the equilibrium
in the direction that produces less gas.