Homogenous. AkA solution.
Yes hydrogen fluoride can be dissolved in pure water.
Primarily in minerals such as calcium fluoride. It is also present in the ocean in dissolved form and is often added to drinking water and toothpaste.
Yes, but only when suspended (dissolved) in water. Compare Ammonium Fluoride - solid (NH2F) - with NH2F in water - gives NH2+ and F- , an ionic compound.
It dissociates into potassium ions and fluoride ions KF--> K+ + F-
Al(s) + 3CuF(aq) -> AlF3 + 3Cu(s) Assuming it's Copper (I) Fluoride 2Al(s) + 3CuF2(aq) -> 2AlF3 + 3Cu(s) Assuming it's Copper (II) Fluoride (s): solid phase (aq): aqueous (dissolved) phase
Yes
Yes hydrogen fluoride can be dissolved in pure water.
Hydrofluoric acid is hydrogen fluoride dissolved in water.
Hydrofluoric acid is already a solution of hydrogen fluoride dissolved in water.
No. Hydrofluoric acid is aqueous hydrogen fluoride (dissolved in water). Hydrogen fluoride will form hydrofluoric acid when it comes in contact with water.
It is known as NaF(aq).
Primarily in minerals such as calcium fluoride. It is also present in the ocean in dissolved form and is often added to drinking water and toothpaste.
Yes: If sodium fluoride is dissolved in water, the solution will conduct electricity, as will pure sodium fluoride if it is hot enough to melt.
Yes, hydrogen fluoride is an acid; a very dangerous one!Hydrogen fluoride is hydrofluoric acid.What hydrogen fluoride is:Hydrogen fluoride is a chemical compound that contains fluorine. It can exist as a colorless gas or as a fuming liquid, or it can be dissolved in water.When hydrogen fluoride is dissolved in water, it may be called hydrofluoric acid.Hydrogen fluoride also can be released when some other fluoride-containing compounds such as ammonium fluoride are combined with water.
Yes, but only when suspended (dissolved) in water. Compare Ammonium Fluoride - solid (NH2F) - with NH2F in water - gives NH2+ and F- , an ionic compound.
It dissociates into potassium ions and fluoride ions KF--> K+ + F-
Al(s) + 3CuF(aq) -> AlF3 + 3Cu(s) Assuming it's Copper (I) Fluoride 2Al(s) + 3CuF2(aq) -> 2AlF3 + 3Cu(s) Assuming it's Copper (II) Fluoride (s): solid phase (aq): aqueous (dissolved) phase