The electrical charge of phosphide is 3-.
The charge on the phosphide ion in zinc phosphide is -3, because phosphorus typically forms a -3 charge when it becomes an anion.
The radical of phosphide is represented by the symbol P^3-. This means that the phosphide ion has a charge of -3.
The charge of hydrogen phosphide (PH3) is neutral because hydrogen has a +1 charge and phosphorus has a -3 charge, resulting in a balanced compound with no overall charge.
The formula of the phosphide ion is P3-. This is because in the compound zinc phosphide (Zn3P2), the two phosphide ions (each with a charge of 3-) combine with three zinc ions (each with a charge of 2+) to achieve overall charge neutrality.
The symbol for phosphide ion is P3-, indicating that it carries a charge of -3.
The chemical formula for chromium(III) phosphide is CrP. In this compound, chromium has a +3 charge, while phosphorus has a -3 charge.
Phosphide, like every element, ultimately has the goal of having eight electrons in its outermost shell (satisfying the octet rule). To satisfy its octet, phosphide gains three electrons, which makes it more negative. Therefore, a phosphide ion's charge is -3.
The ionic formula for sodium phosphide is Na3P. This compound consists of three sodium ions (Na+) for every one phosphide ion (P3-), resulting in an overall neutral charge.
P3-
Barium phosphide is an ionic compound because it is formed from the transfer of electrons between the barium cation (Ba^2+) and the phosphide anion (P^3-). This results in the formation of a compound with an overall neutral charge.
Yes, phosphide is the name of the anion formed when phosphorus gains three electrons. It has a -3 charge and is represented as P3-.
The common name of Iron III phosphide is ferric phosphide.