Linked from

The 16 pages that link to Benzoic acid, each with the reason it gives.

• Sodium benzoateRelated: Sodium benzoate forms when benzoic acid is neutralized with a sodium base.

• BenzaldehydeRelated: It is the principal oxidation product and a downstream industrial intermediate.

• Potassium sorbateCompared with: Its acid-dependent preservation resembles sorbic acid, but its chemical structure differs.

• Gallic acidNarrower topic: Gallic acid has a benzoic-acid backbone with three additional hydroxyl groups.

• BenzonitrileBroader topic: Complete hydrolysis of benzonitrile converts its nitrile group into this carboxylic acid.

• Benzyl alcoholBroader topic: Further oxidation of benzyl alcohol can produce this carboxylic acid.

• Cinnamic acidCompared with: It lacks cinnamic acid’s unsaturated side chain, despite sharing an aromatic acid group.

• Phthalic acidCompared with: It provides a close structural comparison with one carboxyl group rather than two.

• Phenylacetic acidCompared with: Unlike phenylacetic acid, its carboxyl group is directly attached to the benzene ring.

• Benzoyl chlorideBroader topic: Hydrolysis replaces the chloride with hydroxyl, yielding benzoic acid.

• Hippuric acidRelated: It supplies the benzoate that is conjugated to form hippuric acid.

• Lithium aluminium hydrideRelated: LiAlH₄ reduces benzoic acid to benzyl alcohol.

• Potassium benzoateRelated: In acidic foods, benzoate shifts toward this more antimicrobial, uncharged form.

• Sorbic acidCompared with: It is another weak-acid preservative, but has a different molecular structure and use profile.

• 4-Aminobenzoic acidNarrower topic: PABA is a benzoic acid derivative with an amino substituent.

• Anthranilic acidNarrower topic: Anthranilic acid is benzoic acid with an amino substituent at the adjacent ring position.