Tabla De Electronegatividad De Linus Pauling !!exclusive!!

He formulated the discrepancy using the formula:

¿Te gustaría que analicemos el de alguna molécula específica usando estos valores? tabla de electronegatividad de linus pauling

): Los electrones se comparten de manera equitativa. Ejemplo: Enlace Covalente Polar ( He formulated the discrepancy using the formula: ¿Te

| Elemento | Electronegatividad | | --- | --- | | Fluor (F) | 3.98 | | Oxygen (O) | 3.44 | | Nitrogen (N) | 3.04 | | Clorine (Cl) | 3.16 | | Bromine (Br) | 2.96 | | Iodine (I) | 2.66 | | Carbon (C) | 2.55 | | Silicon (Si) | 1.9 | | Hydrogen (H) | 2.20 | | Lithium (Li) | 0.98 | | Sodium (Na) | 0.93 | | Potassium (K) | 0.82 | It accounts for the messy reality of orbital

While later scientists (Mulliken, Allred-Rochow) created electronegativity scales based on atomic properties (like effective nuclear charge), Pauling’s scale remains the standard. Why?

Because Pauling’s scale is . It is derived from actual bond behavior in real molecules, not theoretical atomic calculations. It accounts for the messy reality of orbital hybridization and molecular environment.

Here is the for chemical elements, based on Pauling’s original scale (most common values, rounded to 0.1). Values range from 0.7 (least electronegative, Cs) to 4.0 (most electronegative, F).