Pauling’s electronegativity scale is based upon experimental values of

Question

Pauling’s electronegativity scale is based upon experimental values of (A) Atomic radii (B) Bond energies (C) Electronegativities (D) Electron affinity

Tardigrade Admin · Accepted Answer

XA-XB=0.208 [EA-B-(EA-A × EB-B)1/2]1/2 Where XA and XB are EN of atom A and B, EA-A, EB-B and EA-B are bond energies of molecules of A2, B2 and AB

Q. Pauling’s electronegativity scale is based upon experimental values of

Atomic radii

Bond energies

Electronegativities

Electron affinity

$X_{A} - X_{B} = 0.208 [E_{A - B} - (E_{A - A} \times E_{B - B})^{1/2}]^{1/2}$
Where $X_{A}$ and $X_{B}$ are EN of atom A and B, $E_{A - A}, E_{B - B}$ and $E_{A - B}$ are bond energies of molecules of $A_{2}, B_{2}$ and $A B$

Q. Pauling’s electronegativity scale is based upon experimental values of

Atomic radii

Bond energies

Electronegativities

Electron affinity

XA​−XB​=0.208[EA−B​−(EA−A​×EB−B​)1/2]1/2 Where XA​ and XB​ are EN of atom A and B, EA−A​,EB−B​ and EA−B​ are bond energies of molecules of A2​,B2​ and AB

$X_{A} - X_{B} = 0.208 [E_{A - B} - (E_{A - A} \times E_{B - B})^{1/2}]^{1/2}$
Where $X_{A}$ and $X_{B}$ are EN of atom A and B, $E_{A - A}, E_{B - B}$ and $E_{A - B}$ are bond energies of molecules of $A_{2}, B_{2}$ and $A B$