Tabla: De Pauling

$$ \Delta \chi = |\chi_A - \chi_B| $$

Entender cómo cambian estos valores visualmente en la tabla periódica de los elementos es clave para cualquier estudiante de ciencias: Escala_de_Pauling tabla de pauling

To read the tabla de Pauling, simply look up the element you're interested in and find its corresponding electronegativity value. For example, if you want to know the electronegativity of oxygen, you can see that it's 3.4. $$ \Delta \chi = |\chi_A - \chi_B| $$

| H 2.20 | | | | | | | | | | | | | He (no value) | |------|------|------|------|------|------|------|------|------|------|------|------|------|------| | Li 0.98 | Be 1.57 | | B 2.04 | C 2.55 | N 3.04 | O 3.44 | F 4.00 | Ne (no value) | | Na 0.93 | Mg 1.31 | | Al 1.61 | Si 1.90 | P 2.19 | S 2.58 | Cl 3.16 | Ar (no value) | | K 0.82 | Ca 1.00 | Sc 1.36 | Ti 1.54 | V 1.63 | Cr 1.66 | Mn 1.55 | Fe 1.83 | Co 1.88 | Ni 1.91 | Cu 1.90 | Zn 1.65 | Ga 1.81 | Ge 2.01 | As 2.18 | Se 2.55 | Br 2.96 | Kr (no value) | | Rb 0.82 | Sr 0.95 | Y 1.22 | Zr 1.33 | Nb 1.60 | Mo 2.16 | Tc 1.90 | Ru 2.20 | Rh 2.28 | Pd 2.20 | Ag 1.93 | Cd 1.69 | In 1.78 | Sn 1.96 | Sb 2.05 | Te 2.10 | I 2.66 | Xe (no value) | | Cs 0.79 | Ba 0.89 | * | Hf 1.30 | Ta 1.50 | W 2.36 | Re 1.90 | Os 2.20 | Ir 2.20 | Pt 2.28 | Au 2.54 | Hg 2.00 | Tl 1.62 | Pb 2.33 | Bi 2.02 | Po 2.00 | At 2.20 | Rn (no value) | | Fr 0.70 | Ra 0.90 | ** | | | | | | | | | | | | | | | tabla de pauling