The gaseous potassium chloride molecule has a measured dipole moment of `10.0D`, which indicates that it is a very polar molecule. The separation between the nuclei in this molecule is `2.67xx10^(-8)`cm. Calculate the percentage ionic character in KCl molecule.

The dipole moment of HCl is 1.03 D and the distance between H and Cl atoms in the molecule is 1.275 Å. Calculate the percentage of ionic character of HCl.

Dipole moment of NaCl is 8.5 D. interatomic distance between Na^(+) and Cl^(-) is 2.36 Å. Calculate the percentage of ionic character of NaCl molecule.

Dipole moment of LiH is 1.94xx10^(-29)C*m and the interatomic distance between Li and H in the molecule is 1.59xx10^(-10)cm . Calculate the percentage of ionc character in LiH.

The internuclear distance of H-F molecule is 0.92 Å and dipole moment is 2 debye . Calculate the percentage of 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 .

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.