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The 84 pages that link to Chemical formula, each with the reason it gives.

• Molecular formulaNarrower topic: Molecular formulas are one kind of chemical formula.

• Hydrogen peroxideNarrower topic: The formula H₂O₂ distinguishes hydrogen peroxide from water, H₂O.

• Empirical formulaNarrower topic: An empirical formula is the simplest-ratio form of chemical formula notation.

• Xenon hexafluoroplatinateNarrower topic: The conventional name and formula can conceal a complex, variable reaction product.

• Potassium carbonateNarrower topic: K₂CO₃ records the two potassium atoms for each carbonate group.

• Potassium sulfateNarrower topic: K₂SO₄ shows that each formula unit contains two potassium atoms for every sulfate group.

• Lithium chlorideNarrower topic: The formula LiCl expresses the one-to-one ratio of lithium and chloride ions.

• Potassium oxideNarrower topic: K₂O's subscript records the two-to-one potassium-to-oxygen ratio.

• Arsenic pentoxideNarrower topic: As₂O₅ specifies two arsenic atoms for every five oxygen atoms.

• Potassium iodateNarrower topic: KIO₃ specifies one potassium, one iodine, and three oxygen atoms per formula unit.

• Isocyanic acidNarrower topic: HNCO states the atom counts that define isocyanic acid's molecular composition.

• Methyl isocyanateNarrower topic: CH₃NCO gives the elemental composition of methyl isocyanate.

• Nitrogen triiodideNarrower topic: The formula NI₃ records one nitrogen atom bonded to three iodine atoms.

• Potassium acetateNarrower topic: CH₃COOK records the atoms present in potassium acetate.

• Silver sulfideNarrower topic: Ag₂S expresses the compound's two-to-one silver-to-sulfur atomic ratio.

• Beryllium chlorideNarrower topic: BeCl₂ states that each formula unit contains one beryllium atom for every two chlorine atoms.

• Calcium bromideNarrower topic: CaBr₂ records one calcium atom for every two bromine atoms.

• Aluminium carbideNarrower topic: Al₄C₃ specifies four aluminium atoms for every three carbon atoms.

• Potassium sulfideNarrower topic: K₂S records the two-to-one potassium-to-sulfur ratio needed for charge neutrality.

• Zinc iodideNarrower topic: ZnI₂ expresses the one-to-two ratio of zinc to iodine in the compound.