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.
The oxidation number of calcium (Ca) is +2 and the oxidation number of phosphorus (P) is -3. Therefore, in Ca₃P₂, the oxidation number of calcium is +2 and the oxidation number of phosphorus is -3.
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
The oxidation number of P in PCl3 is +3. This is because chlorine typically has an oxidation number of -1, and there are three chlorine atoms in PCl3, giving a total charge of -3. To balance this charge, the oxidation number of P must be +3.
P = +5 PO4^3- = -3 4(-2) + p = -3 P =5
The oxidation number of phosphorus (P) in PH3 is -3. This is because hydrogen (H) has an oxidation number of +1, and there are three hydrogen atoms bonded to phosphorus, resulting in a total charge of +3 that is balanced by phosphorus having an oxidation number of -3.
The oxidation number of calcium (Ca) is +2 and the oxidation number of phosphorus (P) is -3. Therefore, in Ca₃P₂, the oxidation number of calcium is +2 and the oxidation number of phosphorus is -3.
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
The oxidation number of P in PCl3 is +3. This is because chlorine typically has an oxidation number of -1, and there are three chlorine atoms in PCl3, giving a total charge of -3. To balance this charge, the oxidation number of P must be +3.
P = +5 PO4^3- = -3 4(-2) + p = -3 P =5
The oxidation number of phosphorus (P) in PH3 is -3. This is because hydrogen (H) has an oxidation number of +1, and there are three hydrogen atoms bonded to phosphorus, resulting in a total charge of +3 that is balanced by phosphorus having an oxidation number of -3.
'3' H3PO3 To calculate oxidation no. First sepatate out the ion. In this case PO3^(3-). Using oxygen as tha standard at '-2'. Then the oxygen moiety is '3 X -2 = -6' Creating a little sum P + -6 = -3 (The charge on the ion) . Add '6' t NB 'P' is in the same group as 'N' . Elements in this Group have variable oxid'n numbers. Hence P -6 + 6 = -3 +6 P = +3 The oxidation number of 'P'.
The oxidation number of P in H2PO2- is +1. This is because each hydrogen atom has an oxidation state of +1, and the overall charge of the ion is -1. Therefore, the oxidation number of phosphorus must be +1 to balance out the charge.
Wjat is 'li3po3'. ??? If you mean Li3PO3, then note the use of Capital and small case letters. For lithium phosphite (Li3PO3) , use oxygen as the standard at '-2' Since there are three oxygens, then the overall oxidation is '-6' The phosphite anion 'PO3^(3-) has an overall charge of '-3', there being three positives from the lithium (3 x Li^(+)). So doing a 'little sum' P + (3 x -2) = -3 ( The anionic charge). P + -6 = -3 Add ''6' to both sides. Hence P = + 3 (The oxidation state of phosphorus. NB Phosphorus is in the same Group(V) as nitrgoen, and like nitrogen , it can exhibit variable oxidation states. Compare with Li3PO4 ( lithium phosphate) . In this compound phosphorus in is oxidation state ' +5 '. Also Note the suffix in the name '+3' is '---ite' , and '+5' is '---ate'.
The oxidation number of phosphorus (P) in PF3 is +3. This is because fluorine (F) has an oxidation number of -1, and the overall molecule PF3 has a total charge of 0.
Phosphorus is in the p block. It shows +5 and +3 oxidation numbers.
The oxidation number of bismuth can vary. In its most common form, such as in Bi(NO3)3, bismuth has an oxidation number of +3. However, bismuth can exhibit other oxidation states as well, such as +5 in BiO3.
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.