Equilibrium constant decreases with temperature 

Catalyst increases the rate of the reaction 

Equilibrium constant increases with pressure 

Yield of NH₃ increases with pressure

Equilibrium constant decreases with temperature 

Catalyst increases the rate of the reaction 

Equilibrium constant increases with pressure 

Yield of NH₃ increases with pressure

Equilibrium constant decreases with temperature 

Catalyst increases the rate of the reaction 

Equilibrium constant increases with pressure 

Yield of NH₃ increases with pressure

Equilibrium constant decreases with temperature 

Catalyst increases the rate of the reaction 

Equilibrium constant increases with pressure 

Yield of NH₃ increases with pressure

Equilibrium constant decreases with temperature 

Catalyst increases the rate of the reaction 

Equilibrium constant increases with pressure 

Yield of NH₃ increases with pressure

Equilibrium constant decreases with temperature 

Catalyst increases the rate of the reaction 

Equilibrium constant increases with pressure 

Yield of NH₃ increases with pressure

Equilibrium constant decreases with temperature 

Catalyst increases the rate of the reaction 

Equilibrium constant increases with pressure 

Yield of NH₃ increases with pressure

Equilibrium constant decreases with temperature 

Catalyst increases the rate of the reaction 

Equilibrium constant increases with pressure 

Yield of NH₃ increases with pressure

Equilibrium constant decreases with temperature 

Catalyst increases the rate of the reaction 

Equilibrium constant increases with pressure 

Yield of NH₃ increases with pressure

Equilibrium constant decreases with temperature 

Catalyst increases the rate of the reaction 

Equilibrium constant increases with pressure 

Yield of NH₃ increases with pressure

Equilibrium constant decreases with temperature 

Catalyst increases the rate of the reaction 

Equilibrium constant increases with pressure 

Yield of NH₃ increases with pressure

Equilibrium constant decreases with temperature 

Catalyst increases the rate of the reaction 

Equilibrium constant increases with pressure 

Yield of NH₃ increases with pressure

Equilibrium constant decreases with temperature 

Catalyst increases the rate of the reaction 

Equilibrium constant increases with pressure 

Yield of NH₃ increases with pressure

Equilibrium constant decreases with temperature 

Catalyst increases the rate of the reaction 

Equilibrium constant increases with pressure 

Yield of NH₃ increases with pressure

Equilibrium constant decreases with temperature 

Catalyst increases the rate of the reaction 

Equilibrium constant increases with pressure 

Yield of NH₃ increases with pressure

Equilibrium constant decreases with temperature 

Catalyst increases the rate of the reaction 

Equilibrium constant increases with pressure 

Yield of NH₃ increases with pressure

Equilibrium constant decreases with temperature 

Catalyst increases the rate of the reaction 

Equilibrium constant increases with pressure 

Yield of NH₃ increases with pressure

Equilibrium constant decreases with temperature 

Catalyst increases the rate of the reaction 

Equilibrium constant increases with pressure 

Yield of NH₃ increases with pressure

Equilibrium constant decreases with temperature 

Catalyst increases the rate of the reaction 

Equilibrium constant increases with pressure 

Yield of NH₃ increases with pressure

Equilibrium constant decreases with temperature 

Catalyst increases the rate of the reaction 

Equilibrium constant increases with pressure 

Yield of NH₃ increases with pressure

Equilibrium constant decreases with temperature 

Catalyst increases the rate of the reaction 

Equilibrium constant increases with pressure 

Yield of NH₃ increases with pressure

Equilibrium constant decreases with temperature 

Catalyst increases the rate of the reaction 

Equilibrium constant increases with pressure 

Yield of NH₃ increases with pressure

Equilibrium constant decreases with temperature 

Catalyst increases the rate of the reaction 

Equilibrium constant increases with pressure 

Yield of NH₃ increases with pressure

Equilibrium constant decreases with temperature 

Catalyst increases the rate of the reaction 

Equilibrium constant increases with pressure 

Yield of NH₃ increases with pressure

Equilibrium constant decreases with temperature 

Catalyst increases the rate of the reaction 

Equilibrium constant increases with pressure 

Yield of NH₃ increases with pressure

Equilibrium constant decreases with temperature 

Catalyst increases the rate of the reaction 

Equilibrium constant increases with pressure 

Yield of NH₃ increases with pressure

Equilibrium constant decreases with temperature 

Catalyst increases the rate of the reaction 

Equilibrium constant increases with pressure 

Yield of NH₃ increases with pressure

Equilibrium constant decreases with temperature 

Catalyst increases the rate of the reaction 

Equilibrium constant increases with pressure 

Yield of NH₃ increases with pressure

Equilibrium constant decreases with temperature 

Catalyst increases the rate of the reaction 

Equilibrium constant increases with pressure 

Yield of NH₃ increases with pressure

Equilibrium constant decreases with temperature 

Catalyst increases the rate of the reaction 

Equilibrium constant increases with pressure 

Yield of NH₃ increases with pressure

Equilibrium constant decreases with temperature 

Catalyst increases the rate of the reaction 

Equilibrium constant increases with pressure 

Yield of NH₃ increases with pressure

Equilibrium constant decreases with temperature 

Catalyst increases the rate of the reaction 

Equilibrium constant increases with pressure 

Yield of NH₃ increases with pressure

Equilibrium constant decreases with temperature 

Catalyst increases the rate of the reaction 

Equilibrium constant increases with pressure 

Yield of NH₃ increases with pressure

Equilibrium constant decreases with temperature 

Catalyst increases the rate of the reaction 

Equilibrium constant increases with pressure 

Yield of NH₃ increases with pressure