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The 40 pages that link to Precipitation reaction, each with the reason it gives.

• SolubilityRelated: Comparing ion concentrations with solubility limits predicts when a solid forms.

• Solubility productRelated: Precipitation begins when the ionic activity product exceeds Ksp.

• ChelationCompared with: Precipitation removes metal ions by forming a solid, rather than binding them within a soluble chelate.

• DissolutionCompared with: It reverses dissolved-material dispersal when solution conditions favor a solid phase.

• CarbonateRelated: Carbonate precipitation builds minerals such as calcite.

• ReductionCompared with: A solid may form without any reactant undergoing reduction.

• SupersaturationRelated: Precipitation is one route by which a supersaturated solution loses excess dissolved material.

• Chemical equationBroader topic: Its equation predicts whether dissolved substances form a solid product.

• SoluteCompared with: Precipitation removes dissolved solute from solution as a separate solid phase.

• FlocculationCompared with: It creates solid particles from dissolved species, whereas flocculation gathers particles already present.

• Hard and soft acids and basesRelated: HSAB preferences can help predict which metal-ligand combinations form stable solids.

• Ion exchangeCompared with: Precipitation removes ions by forming a new solid phase, not by reversible site exchange.

• Salt (chemistry)Related: Mixing ionic solutions can create an insoluble salt precipitate.

• AgglutinationCompared with: It resembles agglutination but produces an insoluble precipitate from soluble reactants.

• SolutionCompared with: Precipitation removes dissolved material and can turn a clear solution into a heterogeneous mixture.

• CoagulationCompared with: Coagulation can produce an insoluble mass, but precipitation names the phase-separation outcome more broadly.

• Solubility equilibriumRelated: It returns dissolved particles to the solid phase.

• Barium sulfateRelated: Mixing soluble barium and sulfate salts can produce barium sulfate precipitate.

• Ion-exchange resinCompared with: Precipitation removes ions by forming solids rather than exchanging resin-bound counterions.

• Qualitative inorganic analysisRelated: Selective precipitates reveal ions through their formation, color, or solubility.

• Rare-earth separationCompared with: Precipitation can recover groups of rare earths, but often lacks the selectivity needed for individual elements.

• Silver nitrateRelated: Silver nitrate is widely used because Ag⁺ forms visible precipitates with several anions.

• Water chemistryRelated: Mineral solids form when water becomes supersaturated.

• Silver bromideRelated: Mixing soluble silver and bromide salts precipitates silver bromide crystals.

• Solid-state reactionCompared with: Unlike solid-state reactions, precipitation begins with reactants dispersed in a liquid.

• Lead(II) sulfateRelated: Mixing soluble sources of Pb²⁺ and SO₄²⁻ can precipitate PbSO₄.

• Copper(II) carbonateNarrower topic: Mixing copper and carbonate species can yield solids whose composition depends on conditions.

• Lead(II) chlorideNarrower topic: Mixing suitable lead and chloride solutions produces a PbCl₂ precipitate.

• Barium chlorideRelated: The sulfate test relies on precipitation of barium sulfate.

• Copper(II) hydroxideNarrower topic: Mixing soluble copper(II) salts with hydroxide ions precipitates this solid.

• Lead(II) iodideNarrower topic: Mixing soluble lead and iodide salts forms solid PbI₂ by precipitation.

• Lead(II) sulfideNarrower topic: Soluble lead and sulfide sources can react to precipitate PbS.

• Qualitative analysisRelated: A precipitate’s formation or color can indicate particular ions.

• RedoxCompared with: Precipitation can occur through ion exchange without electron transfer.

• Cobalt(II) hydroxideNarrower topic: Adding base to a cobalt(II) solution commonly produces solid cobalt(II) hydroxide.

• Manganese(II) carbonateNarrower topic: Mixing suitable soluble manganese and carbonate salts precipitates MnCO₃.

• HSAB theoryRelated: HSAB can help anticipate which combinations form stable, poorly soluble salts.

• Zinc hydroxideNarrower topic: Mixing suitable zinc and hydroxide solutions precipitates zinc hydroxide.

• Inorganic chemicalsRelated: Solubility differences make precipitation a common route to inorganic solids.

• Salt metathesis reactionRelated: An insoluble product can remove exchanged ions from solution and drive the reaction.