The reaction equation of acetic acid and potassium hydroxide

Now there is a phase combination of acetic acid and potassium hydroxide. When the principle of the reaction is understood, the equation of its equilibrium is written.

Acetic acid, the chemical formula is\ (CH_ {3} COOH\), which is a weak acid, partially ionized in water, acidic. Potassium hydroxide, chemical formula\ (KOH\), strong base, completely ionized in water, alkaline.

The two meet, the acid and the base undergo neutralization reaction, the hydrogen ion of acetic acid\ (H ^{+}\) and the hydroxide ion of potassium hydroxide\ (OH ^{-}\) combine to form water molecules\ (H_ {2} O\); acetate ion\ (CH_ {3} COO ^{-}\) and potassium ion\ (K ^{+}\) form potassium acetate\ (CH_ {3} COOK\).

The chemical reaction equation is:\ (CH_ {3} COOH + KOH\ longrightarrow CH_ {3} COOK + H_ {2} O\), which is the equilibrium reaction equation of acetic acid and potassium hydroxide.