Ionic compounds containing basic ions hydroxide or oxide are classified as bases.
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Ionic compounds containing basic ions hydroxide or oxide are classified as bases.
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Ionic compounds can be produced from their constituent ions by evaporation of their solvent, precipitation, freezing, a solid-state reaction, or the electron transfer reaction of reactive metals with reactive non-metals, such as halogen gases.
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Ionic compounds typically have high melting and boiling points, and are hard and brittle.
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Ionic compounds can be produced from their constituent ions by evaporation, precipitation, or freezing.
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Insoluble ionic compounds can be precipitated by mixing two solutions, one with the cation and one with the anion in it.
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Ions in ionic compounds are primarily held together by the electrostatic forces between the charge distribution of these bodies, and in particular, the ionic bond resulting from the long-ranged Coulomb attraction between the net negative charge of the anions and net positive charge of the cations.
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Ionic compounds are rarely purely ionic, i e held together only by electrostatic forces.
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Ionic compounds containing hydrogen ions are classified as acids, and those containing electropositive cations and basic anions ions hydroxide or oxide are classified as bases.
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In such cases, the Ionic compounds generally have very high melting and boiling points and a low vapour pressure.
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Ionic compounds have long had a wide variety of uses and applications.
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Many ionic compounds are so widely used in society that they go by common names unrelated to their chemical identity.
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For example, fluoride containing Ionic compounds are dissolved to supply fluoride ions for water fluoridation.
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Solid ionic compounds have long been used as paint pigments, and are resistant to organic solvents, but are sensitive to acidity or basicity.
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In chemistry, ionic compounds are often used as precursors for high-temperature solid-state synthesis.
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