K>Q reaction proceeds forward

K=Q reaction reaches equilibrium

K<Q reaction proceeds in reverse direction

As the temperature increases, K increases, and the forward reaction is an endothermic reaction.

Lowering the temperature, K increases, and the forward reaction is an exothermic reaction

Increasing the concentration of reactants (or decreasing the concentration of products) will shift the equilibrium forward; conversely, the equilibrium will shift reversely

As the temperature rises, equilibrium moves towards the endothermic direction

Cooling, equilibrium moves in the direction of heat release

When pressurizing, the balance moves in the direction of volume reduction; conversely, the term volume moves in the direction of increase.

Constant T constant P Ratio of V = ratio of n

The ratio of constant T to constant V P = the ratio of n