3 is the oxidation state of phosphorus in PF3.
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Hence the oxidation number of Fe in Fe3O4 are +2 and +3 respectively.
The oxidation state of phosphorus in phosphorus pentachloride is \[ + 5\].
The oxidation state of phosphorus in phosphorus pentachloride is \[ + 5\].
The oxidation state of phosphorus in the PH4+,PO23−,PO43− and PO33− are −3,+1,+5 and +3 respectively.
The oxidation state of phosphorus in the PH4+,PO23−,PO43− and PO33− are −3,+1,+5 and +3 respectively.
The oxidation number of carbon in methane (CH4) is –4, while its oxidation number in carbon dioxide is +4. The oxidation number of hydrogen in all compounds is +1. The oxidation number of oxygen in its elemental form is 0, while its value in carbon dioxide and water is –2.
The oxidation number of phosphorus in P4 is zero. However, the valency of phosphorus in P4 is three because each P atom is attached to three other P atoms. In the reaction between phosphorus and N, the oxidation state of phosphorus changes for 0 to +3 and +1.
Phosphorous belongs to group 15. It has 5 electrons in its valence shell. So it can either lose 5 e− to attain +5 oxidation state or gain 3 e− to attain −3 oxidation state.
Answer and Explanation: P2O5 P 2 O 5 is a neutral compound. So, its total charge is 0.
Answer and Explanation: P2O5 P 2 O 5 is a neutral compound. So, its total charge is 0.
Oxygen usually has an oxidation number of -2.
The oxidation state of hydrogen is +1. Here the oxidation number of Nitrogen is -3 and that of Hydrogen is +1. Now, NH3 = 1(-3) + 3(+1) = -3 + 3 = 0. Hence it is a neutral molecule.
The oxidation state of hydrogen is +1. Here the oxidation number of Nitrogen is -3 and that of Hydrogen is +1. Now, NH3 = 1(-3) + 3(+1) = -3 + 3 = 0. Hence it is a neutral molecule.
Boron shows only +3 oxidation state. Electronic configuration of boron family is ns2np1. The atoms of these elements have 3 valence electrons, therefore all these elements show maximum of + 3 oxidation state. Boron shows only +3 oxidation state in its compound & other elements also show +1 oxidation state.
Boron shows only +3 oxidation state. Electronic configuration of boron family is ns2np1. The atoms of these elements have 3 valence electrons, therefore all these elements show maximum of + 3 oxidation state. Boron shows only +3 oxidation state in its compound & other elements also show +1 oxidation state.
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