The phosphate ion (PO4^3-) is not amphiprotic because it does not have a hydrogen atom that can be donated as a proton (H+). Amphiprotic substances can both donate and accept protons, but PO4^3- lacks the ability to act as an acid since it is fully deprotonated. Instead, it primarily acts as a base, accepting protons to form HPO4^2- or H2PO4^-.
For example the ion phosphate - (PO4)3-.
A nitride contain the ion N3-, a sulphite contain the ion SO3-, a phosphate contain the ion (PO4)3-.
The charge of a phosphorus (P) ion can vary depending on its oxidation state. For example, in the common phosphate ion (PO4)3-, phosphorus has a charge of +5.
The meaning of dephosphorylation is: elimination of (PO4)3- (phosphate ion) from an organic compound by a reaction with water.
PO4^-3 is an ion.So its valency is -3
The charge of a PO4 ion is 3-.
The charge of a phosphate ion (PO4) is -3.
a phosphate ion is PO43-
The phosphate ion is (PO4)3-. Hence, Calcium phosphate is Ca3(PO4)2 as the Calcium ion is Ca2+)
The phosphate ion is (PO4)3-.
The formula for calcium ion is Ca^2+ and for phosphate ion is PO4^3-. When these ions combine, they form calcium phosphate (Ca3(PO4)2).
No such thing as hypophosphate do u mean hypophosphite which is PO???
For example the ion phosphate - (PO4)3-.
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That compound is called rubidium phosphate.
The total numbers of positive and negative parts of the compound must be the same. Manganese (IV) has 4 positive charges per ion and phosphate has 3 negative charges per ion; therefore the formula is Mn3(PO4)4.
The negative ion for iron(III) phosphate is PO4^3- called phosphate ion.