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The 85 pages that link to Acid–base reaction, each with the reason it gives.

• Acid dissociation constantNarrower topic: Acid dissociation is an equilibrium case of proton transfer.

• Carboxylic acidNarrower topic: Proton donation is the defining acid behavior of the carboxyl group.

• Sulfuric acidNarrower topic: Sulfuric acid's proton donation underlies its neutralization and many of its reactions.

• AlkalinityNarrower topic: Alkalinity quantifies the base-side capacity available in these reactions.

• Baking powderNarrower topic: Baking powder’s gas-producing reaction begins when its acid and bicarbonate meet in moisture.

• Calcium hydroxideNarrower topic: Hydroxide ions from dissolved calcium hydroxide neutralize acids by accepting protons.

• Conjugate acidNarrower topic: Conjugate acids arise within acid–base reactions through proton transfer.

• Magnesium oxideNarrower topic: Acids consume MgO by neutralizing its oxide and hydroxide character.

• AntacidNarrower topic: Antacid ingredients consume gastric acid through this kind of reaction.

• BicarbonateNarrower topic: Bicarbonate acts as a base when accepting a proton and as an acid when donating one.

• Sodium carbonateNarrower topic: Carbonate neutralizes acids through successive protonation to bicarbonate and carbonic acid.

• AcetateNarrower topic: Acetate forms when acetic acid donates a proton to a base.

• Perchloric acidNarrower topic: Its strong acidity is expressed through proton transfer to water and bases.

• Acid–base indicatorNarrower topic: Indicator color changes arise from acid–base reactions between its molecular forms and solution.

• HydroniumNarrower topic: Hydronium commonly donates a proton in aqueous acid–base reactions.

• AmphoterismNarrower topic: Amphoterism appears through a substance’s changing role in acid–base reactions.

• SulfideNarrower topic: Proton transfer determines whether dissolved sulfur occurs as H₂S, HS⁻, or S²⁻.

• ChlorateNarrower topic: Proton transfer interconverts chloric acid and chlorate.

• Brønsted–Lowry baseNarrower topic: Brønsted–Lowry bases are defined by their role in proton-transfer reactions.

• Lemon juiceNarrower topic: Citric acid in the juice donates protons and reacts with bases.

• Magnesium hydroxideNarrower topic: Magnesium hydroxide neutralizes acids by reacting its hydroxide ions with hydrogen ions.

• BorateNarrower topic: Proton transfer and hydroxide binding govern many transformations among dissolved borate species.

• Sodium hydrideNarrower topic: Proton transfer accounts for sodium hydride’s principal synthetic function.

• Acidity regulatorNarrower topic: Neutralization reactions explain how alkaline regulators reduce acidity.

• Lithium oxideNarrower topic: Lithium oxide neutralizes acids, forming lithium salts and water.

• Potassium bitartrateNarrower topic: Its leavening reaction with bicarbonate is an acid-base reaction.

• Sodium bisulfateNarrower topic: Hydrogen sulfate makes solutions acidic by transferring protons to water or other bases.

• Beryllium hydroxideNarrower topic: The compound’s defining amphoteric reactions are acid–base processes.

• LyeNarrower topic: Lye’s alkalinity drives neutralization reactions with acids.

• Monosodium citrateNarrower topic: Partial neutralization of citric acid produces monosodium citrate.

• Sodium ethoxideNarrower topic: A proton-transfer reaction underlies common preparations of sodium ethoxide.