Linked from

The 31 pages that link to Nitric acid, each with the reason it gives.

• AmmoniaRelated: Ammonia is oxidized to make nitric acid, which is used in fertilizers and explosives.

• Sulfuric acidCompared with: Both are industrial acids, but nitric acid supplies nitrogen and behaves differently as an oxidizer.

• Hydrochloric acidCompared with: Unlike hydrochloric acid, it is strongly oxidizing and often forms different products in reactions.

• Nitric oxideRelated: Nitric oxide is an intermediate on the route to this major industrial chemical.

• Phosphoric acidCompared with: Unlike phosphoric acid, it is strongly oxidizing and donates one proton per molecule.

• Nitrogen oxidesRelated: Its formation converts nitrogen oxides into a major contributor to acid deposition.

• Nitrogen dioxideRelated: Atmospheric conversion of NO₂ into nitric acid contributes to acid deposition.

• Potassium nitrateRelated: Neutralizing nitric acid with potassium compounds produces potassium nitrate.

• NitrationRelated: It supplies nitrogen in many nitration reactions and contributes to their corrosive hazards.

• OxoacidBroader topic: It illustrates a nitrogen-centered oxoacid with one acidic proton.

• Strong acidBroader topic: It combines strong acidity with oxidizing behavior in laboratory and industrial chemistry.

• Adipic acidRelated: It oxidizes KA oil to adipic acid in the conventional industrial process.

• NitroglycerinRelated: Nitric acid is one of the reagents used to nitrate glycerol into nitroglycerin.

• Nitrous acidRelated: It is the oxidized product when nitrous acid disproportionates.

• Ostwald processBroader topic: It is the principal product made by the Ostwald process.

• Silver nitrateRelated: It supplies the nitrate component in silver nitrate preparation and related reactions.

• Chromic acidCompared with: It offers a non-chromium comparison for acidic oxidation chemistry.

• Polar stratospheric cloudRelated: It combines with water to form particles in one class of polar stratospheric clouds.

• Sodium nitrateRelated: Neutralizing nitric acid with a sodium base is a direct route to sodium nitrate.

• AquatintRelated: Nitric acid has been used to bite aquatint plates, though its fumes require careful control.

• Chloric acidCompared with: It offers a familiar strong oxoacid comparison, though its central element differs.

• Aqua regiaBroader topic: It provides much of the oxidizing power that attacks otherwise resistant metals.

• Bromic acidCompared with: It offers a familiar strong acid whose stability and chemistry differ from bromic acid’s.

• Dinitrogen tetroxideRelated: Its decomposition and reactions produce nitrogen oxides related to N₂O₄.

• Mineral acidBroader topic: Its acidity and oxidizing behavior support fertilizer and explosives manufacture.

• Nitrosyl chlorideCompared with: Unlike NOCl, it is an oxygen-rich acid rather than a volatile nitrosyl halide.

• Dinitrogen trioxideCompared with: Unlike N₂O₃-derived nitrous acid, nitric acid contains nitrogen in the +5 oxidation state.

• Ignacy MościckiRelated: Mościcki’s industrial chemistry addressed the production of nitric acid and nitrogen compounds.

• Aluminium nitrateCompared with: It supplies nitrate ions in preparations, but is a molecular acid rather than an ionic salt.

• Dinitrogen pentoxideRelated: Hydrolysis of dinitrogen pentoxide produces nitric acid.

• Lithium nitrateRelated: Lithium nitrate can be formed by neutralizing nitric acid with a lithium base.