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The 118 pages that link to Ionic compound, each with the reason it gives.

• Barium hydroxideNarrower topic: Ba(OH)₂ is built from Ba²⁺ and OH⁻ ions, with charge balance fixing their ratio.

• Calcium citrateNarrower topic: Calcium citrate consists of calcium cations and citrate anions.

• Chromium(III) oxideRelated: The conventional ionic description of Cr₂O₃ pairs chromium(III) ions with oxide ions.

• Copper(II) hydroxideNarrower topic: Its formula expresses the charge-balanced ratio of copper and hydroxide ions.

• Iron(II) chlorideNarrower topic: FeCl₂ is described by the ratio of its constituent cations and anions.

• Iron(II) hydroxideNarrower topic: Iron(II) hydroxide’s formula reflects charge balance between its constituent ions.

• Lead(II) acetateNarrower topic: Lead(II) acetate is classified by its oppositely charged ions.

• Potassium bromateNarrower topic: Potassium bromate forms a crystal lattice of potassium and bromate ions.

• Potassium iodateNarrower topic: Potassium iodate is an ionic solid formed from K⁺ and IO₃⁻ ions.

• Potassium peroxideNarrower topic: Potassium peroxide’s formula expresses the charge balance between K⁺ and O₂²⁻.

• Potassium superoxideNarrower topic: KO₂ is an ionic solid built from K⁺ and O₂⁻ rather than separate neutral atoms.

• Zinc sulfateNarrower topic: Zinc sulfate’s crystal lattice is built from charged ions.

• Aluminium fluorideNarrower topic: AlF₃ is commonly represented as Al³⁺ and F⁻ ions, though its bonding is not purely ionic.

• Ammonium carbonateNarrower topic: Ammonium carbonate is built from ammonium cations and carbonate anions.

• Barium nitrateNarrower topic: Barium nitrate is an ionic lattice of barium and nitrate ions.

• Barium peroxideNarrower topic: Barium peroxide is commonly described as an ionic solid of Ba²⁺ and O₂²⁻ ions.

• Calcium nitrateNarrower topic: Calcium nitrate’s properties follow from its combination of calcium and nitrate ions.

• Copper(II) nitrateNarrower topic: Copper(II) nitrate’s formula expresses the ratio of its cations to anions.

• Diammonium phosphateNarrower topic: The formula describes the salt’s charge-balanced ions, not discrete molecules.

• Inorganic compoundBroader topic: Many inorganic solids, including salts, are built from oppositely charged ions.

• Manganese(II) carbonateNarrower topic: MnCO₃ is assembled from oppositely charged manganese and carbonate ions.

• Manganese(II) sulfateNarrower topic: The formula expresses a charge-balanced pairing of manganese and sulfate ions.

• Potassium acetateNarrower topic: Potassium acetate consists of potassium cations and acetate anions.

• Potassium bisulfateNarrower topic: Potassium bisulfate’s formula expresses charge balance between K⁺ and HSO₄⁻.

• Silver azideNarrower topic: Silver azide is built from Ag⁺ and N₃⁻ ions.

• Sodium amideNarrower topic: Sodium amide is an ionic solid rather than a covalent sodium–nitrogen molecule.

• Sodium bisulfateNarrower topic: Sodium bisulfate consists of sodium cations and hydrogen sulfate anions.

• Sodium bromateNarrower topic: Sodium bromate consists of sodium cations and bromate anions.

• Sodium permanganateNarrower topic: Sodium permanganate is an ionic compound containing Na⁺ and MnO₄⁻.

• Sodium peroxideNarrower topic: Sodium peroxide is built from sodium cations and peroxide anions.

• Trisodium citrateNarrower topic: In water, trisodium citrate separates into sodium and citrate ions rather than remaining intact molecules.

• Beryllium hydroxideNarrower topic: The formula expresses the charge-balanced composition of the solid.

• Cobalt(II) chlorideNarrower topic: The salt’s formula expresses the charge-balanced ratio of its ions.

• Disodium citrateNarrower topic: Disodium citrate is an ionic solid whose formula expresses charge-balanced constituent ions.

• ElectrideNarrower topic: Electrides extend ionic bonding by allowing electrons themselves to supply negative charge.

• HydrophileRelated: Water's polarity stabilizes separated ions, making many ionic compounds hydrophilic.

• Iron(III) nitrateNarrower topic: The formula expresses the charge-balanced ratio of its ions.

• Lithium aluminium hydrideNarrower topic: LiAlH₄ is commonly represented as lithium cations and tetrahedral AlH₄⁻ anions.

• Manganese(II) chlorideNarrower topic: MnCl₂ is classified by its manganese and chloride ions.

• Potassium benzoateRelated: Its ionic structure explains dissociation into potassium and benzoate in water.

• Potassium chromateNarrower topic: Potassium chromate’s formula expresses the charge balance between K⁺ and CrO₄²⁻.

• Potassium thiocyanateNarrower topic: Potassium thiocyanate is an ionic solid made from K⁺ and SCN⁻.

• Rubidium hydroxideNarrower topic: RbOH is built from Rb⁺ and OH⁻ ions rather than discrete neutral molecules.

• Silver oxideNarrower topic: Ag₂O’s structure is commonly described in terms of silver and oxide ions.

• Sodium chloriteNarrower topic: Sodium chlorite consists of sodium cations and chlorite anions.

• Sodium ethoxideNarrower topic: Sodium ethoxide consists of sodium cations and ethoxide anions.

• Sodium sulfideNarrower topic: Sodium sulfide is an ionic solid rather than a molecule of discrete Na₂S units.

• Zinc hydroxideNarrower topic: Its formula combines zinc cations and hydroxide anions in a charge-balanced solid.

• Acid saltNarrower topic: Acid salts are ionic compounds containing metal or ammonium cations and acidic anions.

• Aluminium carbideNarrower topic: The formal Al³⁺ and C⁴⁻ ions account for its stoichiometry.