Anions that form precipitates are solutions that are combined to form an insoluble ionic solid. The reactions of cations and anions to form precipitates will vary depending on the temperature, solutions for buffers or solution concentration.
For example all nitrates are soluble in water.
Mostly group I cations, and NH4+ (ammonium cation). Most of the salts of these cations are soluble.
If that were true, there would be no soluble ionic compounds. Since there are soluble ionic compounds, the answer must be no.
Any anion that contains just one element. For example the halide ions Cl-, Br- etc. Oxide ions O2-, peroxide anion O22-, nitride ion N3-
ionic compounds can desociate into anion & cation.. non ionic compounds can not desociates into anion & cation..
No. Selenium generally forms selenide (Se2-) ion
Silver Nitrate is soluble.
If that were true, there would be no soluble ionic compounds. Since there are soluble ionic compounds, the answer must be no.
Iodine forms the iodide ion. It has a charge of negative 1 (-1)
Any anion that contains just one element. For example the halide ions Cl-, Br- etc. Oxide ions O2-, peroxide anion O22-, nitride ion N3-
Fats are soluble in non-polar compounds.
Its a metalloid. So don't expect cations! It forms many compounds where it has an oxidation number of +3, and lower number with +5. It forms arsenides, some of which are ionic and contain the As3- anion. Some arsenides are more covalent such as indium arsenide.
ionic compounds can desociate into anion & cation.. non ionic compounds can not desociates into anion & cation..
Bromine forms the Br- anion
No. Selenium generally forms selenide (Se2-) ion
Silver Nitrate is soluble.
It depends on the compound. nonpolar covalent compounds will generally be soluble whie polar covalent compounds will not be.
Generally speaking it does not form compounds with metals. Indium forms compounds with practically all of the non metals. It forms alloys with some metals, it even has been found to form a strange compound with potassium which contains a polymeric indium anion.
No, like most metal oxides and nearly all silver compounds, Ag2O is insoluble in water.