The percentage ionic character in a compound AB if inter nuclear distance between A and B is 127pm and its dipole moment is 2.06D

The percentage ionic character of a bond having 1.275Å its length hand 1.03 D its dipole moment is :

Calculate the percentage ionic and covalent character of HF molecule having bond distance =0.92Å and dipole moment =1.78D

% Ionic character in the covalent bond A-B is: (Given that X_(A) = 2, X_(B) =3)

If in a polar molecule, the ionic charge is 2.6 xx 10^(-10) e.s.u. and the inter ionic distance is 0.8 Å , then the dipole moment is _________.

Calculate the % ionic character of molecules AB where the electronegative atom A is 3 and B is 2.1 ?

Find the percentage of covalent character of a bond having bond length of 0.75Å & its observed dipole moment is 1.44 Debye

The dipole moment of lithium hydride is 1.962xx10^(-29)cm and interatomic distance between Li and H in the molecule is 0.1592 nm. Calculate the percentage ionic character of the molecule.

The dipole momnet of KCI is 3.336 xx 10^(-29) Cm which indicates that it is a highly polar molecules. The inter atomic distance between K^(o+) and CI^(Theta) in this molecules is 2.6 xx10^(-10) m Calculate the dipole moment of KCI molecule if there were opposite charges of one fundamental unit located at each nucleus Calculate the ionic character percentage of KCI .