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The 124 pages that link to Solubility, each with the reason it gives.

• Potassium sulfateRelated: Its limited water solubility affects fertilizer handling and nutrient movement.

• Water chemistryRelated: It sets limits on dissolved concentrations and mineral precipitation.

• MiscibilityCompared with: Solubility may be limited, whereas miscibility requires mixing in every proportion.

• Pressure solutionRelated: Mineral solubility helps set the chemical gradient driving material transfer.

• Sodium nitrateRelated: Sodium nitrate dissolves readily in water, enabling fertilizer application and separation by crystallization.

• ImmiscibilityCompared with: Limited solubility can leave two phases even when some material dissolves.

• Iron(II) sulfateRelated: Its dissolution in water enables solutions used in treatment and chemical preparation.

• Potassium bicarbonateRelated: Water solubility allows KHCO₃ to be applied in food and agricultural solutions.

• Sodium sulfateNarrower topic: Sodium sulfate's solubility changes sharply around the decahydrate transition temperature.

• Sulfate mineralRelated: Differences in sulfate-mineral solubility affect where and when each species forms.

• AcetonitrileRelated: Acetonitrile is miscible with water and dissolves many organic compounds.

• CarnalliteRelated: Changing temperature and brine composition can dissolve or precipitate carnallite.

• DichloromethaneRelated: Dichloromethane dissolves many organic substances but mixes only slightly with water.

• Magnesium carbonateRelated: Magnesium carbonate dissolves only slightly in water, affecting its uses and reactions.

• Methyl tert-butyl etherRelated: MTBE dissolves in water more readily than many gasoline hydrocarbons.

• Phosphate mineralRelated: Low solubility limits how quickly many phosphate minerals release phosphorus into soil and water.

• Potassium bromideRelated: KBr dissolves readily in water as its crystal lattice separates into hydrated ions.

• Sodium perchlorateRelated: Sodium perchlorate dissolves readily in water, enabling its use in aqueous synthesis.

• Copper(II) sulfateRelated: Its aqueous solubility enables crystallization and many laboratory uses.

• DodecaneRelated: Dodecane’s nonpolar molecules dissolve poorly in water but mix with many nonpolar liquids.

• Lead(II) nitrateRelated: Water dissolves lead(II) nitrate, separating its ions into solution.

• Lithium bromideRelated: Lithium bromide's high solubility enables concentrated aqueous solutions used in cooling systems.

• Sodium cyanideRelated: Sodium cyanide dissolves readily in water, enabling both industrial use and rapid exposure.

• Sodium iodideRelated: Water readily separates and solvates Na⁺ and I⁻ from the NaI lattice.

• Sodium sulfiteRelated: Its dissolution determines how sodium sulfite supplies reactive ions in aqueous solutions.

• AlkaliRelated: Whether a base dissolves in water helps determine whether it counts as an alkali.

• Arsenic pentoxideNarrower topic: Its dissolution and reaction with water affect environmental transport and exposure.

• Barium chlorideRelated: Barium chloride’s high solubility lets its ions participate in aqueous reactions.

• Barium hydroxideRelated: Its limited, temperature-dependent solubility governs preparation of aqueous barium hydroxide solutions.

• Iron(II) chlorideRelated: Water solubility governs how iron(II) chloride is handled and used in aqueous reactions.

• Lead(II) acetateRelated: Lead(II) acetate dissolves readily, releasing lead and acetate species into water.

• Magnesium fluorideRelated: MgF₂ is only sparingly soluble in water, unlike many simple ionic salts.

• Sodium chromateNarrower topic: Sodium chromate's high water solubility affects its use, transport, and environmental movement.

• Zinc sulfateRelated: The salt’s high water solubility shapes its preparation and uses.

• Barium nitrateRelated: Barium nitrate dissolves readily in water, enabling solution-based reactions.

• ButanoneRelated: Butanone's solubility profile determines which materials it can dissolve.

• Calcium nitrateRelated: High water solubility helps calcium nitrate deliver calcium and nitrate in fertilizer solutions.

• Diammonium phosphateRelated: Its water solubility lets dissolved ions reach roots and fermenting yeast.

• Halide mineralRelated: Solubility helps determine where halide minerals form and persist.

• Inorganic compoundRelated: Solubility governs how inorganic compounds behave in solutions and natural waters.

• Manganese(II) sulfateRelated: Its temperature-dependent solubility governs how manganese(II) sulfate crystallizes from water.

• Potassium acetateRelated: Its high solubility in water enables concentrated solutions and aqueous formulations.

• Potassium bitartrateRelated: Its limited solubility in cold wine promotes crystal formation during storage.

• Sodium permanganateRelated: High water solubility distinguishes sodium permanganate from less soluble permanganate salts.

• Trisodium citrateRelated: Its high water solubility makes trisodium citrate practical in beverages and aqueous medical solutions.

• Calcium bromideRelated: Calcium bromide dissolves readily in water, enabling concentrated brine preparation.

• Chemical polarityRelated: Polarity helps explain why substances with similar charge distributions often mix.

• Copper(I) chlorideRelated: CuCl dissolves only slightly in water but more readily when chloride forms soluble complexes.

• Disodium citrateRelated: Solubility determines how much disodium citrate enters aqueous formulations as ions.

• HydrophileRelated: Water affinity can promote aqueous solubility, though crystal and entropy effects also matter.