Question

what will happen to the equilibrium constant if the concentration of oh − increases through the addition of a small amount of naoh(aq)?

Answer 1

The equilibrium constant of the reaction will live equal in case the attention of the OH is extended. Modifications in awareness values of any of the reactants do not have an effect on the esteem of the equilibrium constant.

If hydrochloric acid changes into delivered to the equilibrium mixture, each hydrogen ion (H +) and chloride ions (Cl -) are added. Hydrogen ions are on the right-hand side of the equilibrium, therefore the equilibrium will shift to the left-hand facet to compensate, resulting in better attention to reactants.

Increasing the concentration of product reasons the equilibrium to shift to the left, generating greater reactants. reducing the concentration of a reactant causes the equilibrium to shift to the left, producing much fewer products.

The best aspect that changes an equilibrium constant is a trade of temperature. the position of equilibrium isn't changed if you add (or change a catalyst. A catalyst quickens both the ahead and back reactions via precisely the same quantity.

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