Oxidation number of elements from 1 to 30
H | +1 |
---|---|
He | 0 |
Li | +1 |
Be | +2 |
B | +3 |
C | -4/+4 |
N | -3/+3 |
O | -2 |
F | -1 |
Ne | 0 |
Na | +1 |
Mg | +2 |
Al | +3 |
Si | -4/+4 |
P | -3/+3/+5 |
S | -2/+4/+6 |
Cl | -1 |
Ar | 0 |
K | +1 |
Ca | +2 |
Sc | +3 |
Ti | +2/+3/+4 |
V | +2/+3/+4/+5 |
Cr | +2/+3/+6 |
Mn | +2/+3/+4/+6/+7 |
Fe | +2/+3/+4/+6 |
Co | +2/+3 |
Ni | +2/+3/+4 |
Cu | +1/+2 |
Zn | +2 |
Oxidation Number | Definition, How To Find, Examples
Oxidation number is defined as the total number of electrons that an atom either gains or loses to form a chemical bond with another atom.
Let’s learn about oxidation number in detail, including its rules and steps to calculate it with the help of examples.
Table of Content
- Oxidation Number Definition
- List of Oxidation Numbers
- Oxidation number of elements from 1 to 30
- How to Find Oxidation Number
- Multiple Oxidation Numbers of an Atom in a Molecule
- Oxidation Number Rules
- Fixed Oxidation Levels in Atoms, Molecules, and Ions
- Oxidation Number Examples
- Difference between Oxidation and Reduction