The phosphides are chemical compounds; the anion phosphide is from the nonmetal P.
Aluminium phosphide forms an ionic bond, resulting in a solid lattice structure. This bond is formed when aluminium, a metal, donates electrons to phosphorus, a nonmetal, leading to the formation of positively charged aluminium ions and negatively charged phosphide ions.
Ca3P2, or calcium phosphide, is an ionic compound. It consists of calcium ions (Ca²⁺) and phosphide ions (P³⁻) held together by strong electrostatic forces of attraction between the positively charged calcium ions and the negatively charged phosphide ions. This type of bonding typically occurs between metals and nonmetals, where electrons are transferred from the metal to the nonmetal.
The common name of Iron III phosphide is ferric phosphide.
The traditional name for aurous phosphide is gold phosphide.
The radical of phosphide is represented by the symbol P^3-. This means that the phosphide ion has a charge of -3.
Sodium (metal) reacts with chlorine (nonmetal) to form sodium chloride. Magnesium (metal) reacts with oxygen (nonmetal) to form magnesium oxide. Aluminum (metal) reacts with sulfur (nonmetal) to form aluminum sulfide. Lithium (metal) reacts with nitrogen (nonmetal) to form lithium nitride. Potassium (metal) reacts with fluorine (nonmetal) to form potassium fluoride. Calcium (metal) reacts with phosphorus (nonmetal) to form calcium phosphide. Barium (metal) reacts with iodine (nonmetal) to form barium iodide. Titanium (metal) reacts with carbon (nonmetal) to form titanium carbide. Iron (metal) reacts with chlorine (nonmetal) to form iron(III) chloride. Zinc (metal) reacts with sulfur (nonmetal) to form zinc sulfide.
The binary compound Ba3P2 stand for Barium Phosphide.
Iron phosphide may be one of the following compounds: (di-)Iron phosphide, Fe2P (tri-)Iron phosphide, Fe3P And to complete the picture, monoiron phosphide, FeP.
The electrical charge of phosphide is 3-.
Copper (I) Phosphide
Copper (I) Phosphide
This phosphide is MnP.