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The 55 pages that link to Acetic acid, each with the reason it gives.

• Carboxylic acidBroader topic: It is a familiar small-molecule example and an industrial chemical feedstock.

• Sulfuric acidCompared with: Its weak dissociation contrasts with sulfuric acid's strong first proton donation.

• PicklingBroader topic: It is the main preservative acid in vinegar-based pickles.

• Citric acidCompared with: Acetic acid has one carboxyl group and a pungent vinegar flavor, unlike citric acid.

• Hydrochloric acidCompared with: Unlike hydrochloric acid, it only partially ionizes in water.

• MethanolRelated: Industrial carbonylation of methanol is a major route to acetic acid.

• SourdoughRelated: It is one of the acids that can give sourdough a sharper tang.

• VinegarBroader topic: It is vinegar’s principal acid and gives the liquid its sharpness.

• Lactic acidCompared with: It is another fermentation-associated acid, but has a different structure and microbial production route.

• AcetaldehydeRelated: Oxidation converts acetaldehyde into acetic acid in metabolism and industrial processes.

• AcetateRelated: Losing acetic acid’s carboxyl proton gives the acetate anion.

• Formic acidCompared with: Adding one carbon changes formic acid’s reactivity and makes acetic acid less acidic.

• Weak acidBroader topic: It is a familiar weak acid whose dissociation illustrates the concept.

• Common-ion effectBroader topic: Added acetate shifts its ionization equilibrium toward undissociated acetic acid.

• Ethyl acetateRelated: Its acetate group forms one side of ethyl acetate.

• Sodium acetateRelated: Sodium acetate is formed when acetic acid loses a proton and pairs with sodium.

• VinaigretteRelated: Its presence in vinegar underlies the defining acidity of traditional vinaigrette.

• Acetic acid fermentationRelated: It is the main product whose concentration determines vinegar strength.

• Acetyl groupRelated: Removing its hydroxyl group yields the acetyl group.

• Malonic acidCompared with: Its methyl group is less acidic than malonic acid's methylene group, which is flanked by two carboxyl groups.

• Acrylic acidCompared with: Acetic acid lacks acrylic acid’s polymerizable carbon–carbon double bond.

• Vinyl acetateRelated: The acetate portion of vinyl acetate derives from this acid.

• Wine acidityBroader topic: It is the principal contributor to volatile acidity in wine.

• Acetic anhydrideRelated: Removing water from two acetic acid molecules gives acetic anhydride.

• Trichloroacetic acidNarrower topic: Replacing three methyl hydrogens in acetic acid gives trichloroacetic acid.

• Wacker processRelated: Acetaldehyde can be oxidized further to acetic acid.

• ColeslawBroader topic: It supplies the sharpness in vinegar-based slaw and lowers the dressing’s pH.

• Organic acidBroader topic: Its familiar use in vinegar demonstrates organic-acid acidity in everyday materials.

• Peracetic acidRelated: Peracetic acid can form when acetic acid reacts with hydrogen peroxide.

• Propionic acidCompared with: It is the one-carbon-shorter acid often compared with propionic acid in food preservation.

• Acetyl chlorideRelated: Replacing its hydroxyl group with chlorine gives acetyl chloride.

• Butyl acetateRelated: It supplies the acetate portion of n-butyl acetate during esterification.

• Butyric acidCompared with: Acetic acid has a shorter carbon chain and differs in odor and biological behavior.

• Lead(II) acetateRelated: Its conjugate base, acetate, is the salt's anion.

• Apple cider vinegarBroader topic: This compound gives apple cider vinegar its acidity and pungent flavor.

• Balsamic vinegarRelated: Acetic acid contributes the tang that balances balsamic vinegar’s sweetness.

• Caprylic acidCompared with: It shares the carboxyl group but has a much shorter carbon chain.

• Gluconic acidCompared with: It provides a familiar comparison for gluconic acid’s mild acidity and food uses.

• GlycolaldehydeCompared with: It shares glycolaldehyde's molecular formula but has a carboxyl group instead.

• Methyl acetateRelated: Its acetyl-derived portion forms the other side of methyl acetate.

• Potassium acetateRelated: Potassium acetate is produced by neutralizing acetic acid with a potassium base.

• Trifluoroacetic acidCompared with: Replacing its methyl hydrogens with fluorine greatly increases acidity.

• 2-ButyneBroader topic: It is the characteristic carboxylic-acid product of strong oxidative cleavage of 2-butyne.

• AcetamideRelated: Replacing its hydroxyl group with –NH₂ gives acetamide.

• Artturi Ilmari VirtanenRelated: Acetic acid was among the acids used to lower fodder’s pH in the AIV method.

• Chloroacetic acidCompared with: It lacks chlorine, providing a baseline for the substituent’s effects on acidity and reactivity.

• Copper(II) acetateRelated: Copper(II) acetate is formed from copper and the conjugate base of this acid.

• Pickled cucumberRelated: Vinegar supplies acidity directly in cucumber pickles that are not fermented.

• UropygiRelated: Acetic acid is a major component of the defensive spray that gives vinegaroons their common name.

• Aluminium triacetateRelated: It is the acid whose conjugate base supplies the salt’s acetate ions.