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The 36 pages that link to Hydrochloric acid, each with the reason it gives.

• Acetic acidCompared with: Its near-complete dissociation contrasts with acetic acid's partial ionization.

• Sulfuric acidCompared with: Unlike sulfuric acid, it is not a strong dehydrating agent and contains no oxygen.

• ChlorineRelated: Hydrogen chloride is a major chlorine compound, though its acidic behavior differs from chlorine gas.

• Carbonic acidCompared with: Its near-complete ionization contrasts with carbonic acid’s weak, reversible dissociation.

• ChlorideRelated: Its dissociation produces chloride alongside acidic hydrogen ions.

• Nitric acidCompared with: It is strongly acidic but lacks nitric acid’s characteristic oxidizing power.

• Flame testRelated: Cleaning the loop with acid helps reduce contamination between tests.

• Gastric acidNarrower topic: Gastric acid is hydrochloric acid in the stomach’s aqueous contents.

• Hydrogen chlorideBroader topic: Dissolving the gas in water converts it into this familiar acid.

• Molar concentrationRelated: Its concentration is commonly specified in mol/L for reaction and titration calculations.

• AcidBroader topic: It is a digestive acid in the stomach and a common industrial reagent.

• Phosphoric acidCompared with: It ionizes essentially completely in water, unlike phosphoric acid’s stepwise weak-acid dissociations.

• AntacidRelated: Antacids neutralize this acid in the stomach.

• Carl Wilhelm ScheeleRelated: Scheele’s reaction of it with manganese dioxide generated chlorine gas.

• Perchloric acidCompared with: It is also a strong mineral acid, but chlorine is in oxidation state −1.

• Hydrofluoric acidCompared with: Unlike hydrofluoric acid, its principal danger is usually immediate corrosive injury rather than fluoride poisoning.

• Hypochlorous acidRelated: It forms alongside hypochlorous acid when chlorine reacts with water.

• Strong acidBroader topic: It is a widely used strong acid in laboratories, industry, and biological systems.

• Chlor-alkali processRelated: Hydrogen and chlorine produced together can be reacted to make hydrogen chloride.

• Ammonium chlorideCompared with: It supplies chloride in solution but is an acid rather than an ammonium salt.

• Calcium chlorideRelated: Neutralizing hydrochloric acid with calcium compounds is a route to calcium chloride.

• Parietal cellRelated: Parietal cells secrete it into the stomach lumen to create an acidic environment.

• Boric acidCompared with: Unlike hydrochloric acid, boric acid is weak and acts through hydroxide acceptance.

• Hydrogen halideCompared with: It is the aqueous acid counterpart of gaseous hydrogen chloride.

• Trichloroacetic acidCompared with: Both are strong acids, but hydrochloric acid lacks trichloroacetic acid’s organic carbon framework.

• Aqua regiaBroader topic: Its chloride ions stabilize dissolved gold and platinum as soluble complexes.

• Zinc chlorideCompared with: Both can remove oxides, but hydrochloric acid is a molecular acid rather than a zinc salt.

• Hydrogen iodideCompared with: It shares HI’s strong-acid behavior in water but has different reducing chemistry.

• Methyl orangeRelated: Methyl orange can indicate endpoints in titrations involving hydrochloric acid and suitable bases.

• Chloroauric acidCompared with: Unlike hydrochloric acid, chloroauric acid contains a gold complex anion.

• Mineral acidBroader topic: It is used in metal treatment, chemical manufacture, and laboratory analysis.

• Sodium bisulfateCompared with: It can also lower pH, but supplies chloride rather than hydrogen sulfate ions.

• Triflic acidCompared with: Its chloride conjugate base is more nucleophilic than triflate in many reactions.

• Trifluoroacetic acidCompared with: It is a nonorganic alternative for acidification and deprotection.

• Chlorosulfuric acidRelated: It is one of the corrosive products formed when chlorosulfuric acid encounters water.

• Kipp's apparatusRelated: It reacts with sulfides or carbonates in the apparatus to release gases.