I don't know if this is what you mean but, you know phosphorus will have an oxidation number of -3 because it has 5 valance electrons. For phosphorus to become stable it needs to gain 3 electrons. This adds 3 negative charges to it and gives it the -3 charge.
P = +5 PO4^3- = -3 4(-2) + p = -3 P =5
Phosphorous, or P, has a zero oxidation number in the element. Common oxidation numbers are:- It has a -3 in phosphides, where it forms the P3- ion It has a +3 in oxidation number in for example P4O6, and PCl3 It has a +5 oxidation number in for example P4O10 and PCl5
Bismuth is in the p block. It shows +3 as the oxidation number.
In all phosphates the oxidation number of phosphorus is +5.
The oxidation number for the molecule Br2 is 0.
P = +5 PO4^3- = -3 4(-2) + p = -3 P =5
Phosphorous, or P, has a zero oxidation number in the element. Common oxidation numbers are:- It has a -3 in phosphides, where it forms the P3- ion It has a +3 in oxidation number in for example P4O6, and PCl3 It has a +5 oxidation number in for example P4O10 and PCl5
Bismuth is in the p block. It shows +3 as the oxidation number.
In all phosphates the oxidation number of phosphorus is +5.
The oxidation number for the molecule Br2 is 0.
-1 for each Cl, +3 for P
Ca is 2+ and P is 3-
Phosphorus is in the p block. It shows +5 and +3 oxidation numbers.
-3 for P (phosphide ion) and +2 for Mn
The oxidation number of phosphorous as an element by itself is 0. The oxidation number of P in a compound or polyatomic ion will depend on the other atoms it is bonded with. A commonly used period table lists -3, +3, and +5 as the most common oxidation numbers for P in compounds.
-2 for each O, +3 for each P
It is customary to assign oxygen an oxidation number of -2, except in peroxides and superoxides. Using this convention, phosphorus must have an oxidation number of +3 to balance the charges in P4O6. (6 X 2 = 4 X 3)