No. However, if you know your ions you will know transition metals such as zinc will commonly form a 2+ ion. From its position on the Periodic Table you may also conclude the phosphide ion has a 3- charge. Balancing the charges results in a formula of Zn3P2.
The formula for gold phosphide is AuP. It consists of one gold (Au) atom and one phosphorus (P) atom.
The formula for the ionic compound formed when sodium reacts with phosphorus is Na3P, and its name is sodium phosphide.
The formula for boron phosphide is BP. It consists of one boron atom and one phosphorus atom, which combine in a 1:1 ratio.
The compound formed by tin and phosphorus is tin phosphide, with the chemical formula Sn3P2.
The compound formed between beryllium and phosphorus is beryllium phosphide. Its chemical formula is Be3P2.
cesium phosphide
The formula for cesium phosphide is Cs3P. It is composed of one cesium atom (Cs) for every phosphorus atom (P) in the compound.
Sodium and phosphorus form sodium phosphide when they combine. The chemical formula for sodium phosphide is Na3P.
The formula for gold phosphide is AuP. It consists of one gold (Au) atom and one phosphorus (P) atom.
Zinc phosphide is composed of zinc and phosphorus atoms, with a chemical formula of Zn3P2.
The formula for the ionic compound formed when sodium reacts with phosphorus is Na3P, and its name is sodium phosphide.
The formula unit for sodium phosphide is Na3P. It indicates that the compound consists of one sodium atom (Na) and one phosphorus atom (P) in a 3:1 ratio.
The formula for boron phosphide is BP. It consists of one boron atom and one phosphorus atom, which combine in a 1:1 ratio.
The chemical formula for titanium (III) phosphide is Ti3P. It consists of three titanium atoms bonded to one phosphorus atom.
The compound formed by tin and phosphorus is tin phosphide, with the chemical formula Sn3P2.
The chemical formula for chromium(III) phosphide is CrP. In this compound, chromium has a +3 charge, while phosphorus has a -3 charge.
Cu3P2