Equilibrium

It shifts it in favor of reactants.

It results in an irreversible shift toward products.

It shifts it in favor of products.

It does not affect the position of equilibrium.

Shifts the equilibrium toward products.

Causes no shift in either direction because temperature changes do not influence exothermic reactions.

Shifts the equilibrium toward reactants.

Stops all reactions due to insufficient thermal energy for movement of molecules or atoms involved in reactions.

Shifts towards products, favoring increased dissociation.

Shifts unpredictably because dilution rates vary.

No shift occurs since dilution has no overall effect on weak acids.

Shifts towards reactants as the acid becomes less effective.

The system will favor the formation of products.

No change will occur in the position of equilibrium.

The system will favor the formation of more reactants.

The activation energy for the reaction will decrease.

The position of equilibrium becomes static and unchanging.

There will be no reaction or changes in the system whatsoever.

The position of equilibrium shifts to counteract the change to reestablish an equilibrium.

The system immediately reaches a new balance without any displacement.

Shifts to the left, favoring reactants.

Fluctuates unpredictably due to increased kinetic energy.

Remains unchanged as temperature has no effect.

Shifts to the right, favoring products.

The equilibrium shifts towards the reactants.

The reaction rate increases without affecting equilibrium.

No change occurs as temperature changes do not affect equilibria.

The equilibrium shifts towards the products.

More reactant will decompose into its elements.

The system will form more products.

The system will form less products.

The position of equilibrium will remain unchanged.

The position of equilibrium continuously oscillates between left and right.

The position of equilibrium remains unchanged.

The position of equilibrium shifts to the right.

The position of equilibrium shifts to the left.

The reaction stops completely as it's already at equilibrium.

The equilibrium moves toward reactants (left).

The rate of reaction increases with no equilibrium shift occurring.

The equilibrium moves towards products (right).