Pearson Absolute Electronegativity | The Elements Handbook at KnowledgeDoor

Element

Pearson Absolute Electronegativity

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Aluminum

3.23 eV

Antimony

4.85 eV

Arsenic

5.3 eV

Barium

2.4 eV

Beryllium

4.9 eV

Bismuth

4.69 eV

Boron

4.29 eV

Bromine

7.59 eV

Cadmium

4.33 eV

Calcium

2.2 eV

Carbon

6.27 eV

Cesium

2.18 eV

Chlorine

8.30 eV

Chromium

3.72 eV

Cobalt

4.3 eV

Copper

4.48 eV

Fluorine

10.41 eV

Gallium

3.2 eV

Germanium

4.6 eV

Gold

5.77 eV

Hafnium

3.8 eV

Hydrogen

7.18 eV

Indium

3.1 eV

Iodine

6.76 eV

Iridium

5.4 eV

Iron

4.06 eV

Lanthanum

3.1 eV

Lead

3.90 eV

Lithium

3.01 eV

Magnesium

3.75 eV

Manganese

3.72 eV

Mercury

4.91 eV

Molybdenum

3.9 eV

Nickel

4.40 eV

Niobium

4.0 eV

Nitrogen

7.30 eV

Osmium

4.9 eV

Oxygen

7.54 eV

Palladium

4.45 eV

Phosphorus

5.62 eV

Platinum

5.6 eV

Potassium

2.42 eV

Rhenium

4.02 eV

Rhodium

4.30 eV

Rubidium

2.34 eV

Ruthenium

4.5 eV

Scandium

3.34 eV

Selenium

5.89 eV

Silicon

4.77 eV

Silver

4.44 eV

Sodium

2.85 eV

Strontium

2.0 eV

Sulfur

6.22 eV

Tantalum

4.11 eV

Tellurium

5.49 eV

Thallium

3.2 eV

Tin

4.30 eV

Titanium

3.45 eV

Tungsten

4.40 eV

Vanadium

3.6 eV

Yttrium

3.19 eV

Zinc

4.45 eV

Zirconium

3.64 eV

Reference (Click the next to a value above to see complete citation information for that entry)

Pearson, Ralph G. "Absolute Electronegativity and Hardness: Application to Inorganic Chemistry." Inorganic Chemistry, volume 27, number 4, 1988, pp 734–740. doi:10.1021/ic00277a030

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