If internuclear distance between CI atoms in `CI_(2)` is `10Å` & between H atoms in `H_(2)` is `2Å`, then calculate internuclear distance between H & CI (Electronegativity of `H = 2.1 & CI = 3.0)`

If internuclear distance between A atoms in A_(2) is 10Å and between B atoms in B_(2) is 2Å , then calculate internuclear distance between A and B (Electronegativity difference between A and B has negligible value).

If internuclear distance between A atoms in A_(2) is 10 Å and between B atoms in B_(2) is 6Å , then calculate internuclear distance between A and B in Å [Electronegativity difference between A and B has negligible value].

If internuclear distance between A atoms in A_(2) is 10 Å and between B atoms in B_(2) is 6Å , then calculate internuclear distance between A and B in Å [Electronegativity difference between A and B has negligible value].

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 distance between H^(+) and CI^(-) ions in HCI molecule is 1.28 Å . What will be the potential due to this dipole at a distance of 12 Å on the axis of dipole ?

The potential energy curve for the H_2 molecule as a function of internuclear distance is :

The potential energy curve for the H_2 molecule as a function of internuclear distance is :