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.
This phosphide is MnP.
I think it is the same "Magnesium phosphide"
Magnesium Phosphide
I'm betting on hydrogen phosphide (hydrogen which has a valency 1 combines with phosphide which has a valency 3)
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.
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
This phosphide is MnP.
Copper (I) Phosphide
The charge on the phosphide ion in zinc phosphide is -3, because phosphorus typically forms a -3 charge when it becomes an anion.
This is a nickel phosphide. There are a number of nickel phosphides 8 in all - this is the most nickel rich phase.