The `IE_(1)` of `Li` is `5.4 eV` and `IE_(1)` of `H` is `13.6 eV`. Calculate the charge acting on the outermost electron of `Li` atom.

The ionisation energy of lithium is 5.40eV if ionisation energy of H is 13.6 eV then calculate the effective charge action upon outermost electron of Li

The ionisation energy of H is 13.6 eV . Calculate the ionization energy of Li^(2+) ions.

The ionisation energy of H is 13.6 eV . Calculate the ionization energy of Li^(2+) ions.

The ionisation potential of H-atom is 13.6 eV. Calculate the ionisation potential of He^(+) and Li^(2+) ions.

The ionization energy of H-atom is 13.6eV . Calculate the is ionization energy of Li^(+2) ion-

The ionization energy of H-atom is 13.6eV . Calculate the is ionization energy of Li^(+2) ion-

The ionization energy of H-atom is 13.6eV . Calculate the is ionization energy of Li^(+2) ion-

The first of lithium is 5.41 eV and electron affinity of Cl is -3.61 eV . Calculate Delta H in kJ mol^(-1) for the reaction: Li_(g) + Cl_(g) rarr Li_(g)^(+) + Cl_(g)^(-) .

Answer the following question (Based on EA, Delta_(eg)H^(ɵ) and IE ). IE_(1) of Li is 5.4 eV "atom"^(-1) and the EA of Cl is 3.6 eV "atom"^(-1) . Calculate Delta_( r)H^(ɵ) in "kcal mol"^(-1) and kJ mol^(-1) for the reaction Li_((g))+Cl_((g)) rarr Li_((g))^(o+)+Cl_((g))^(ɵ) formed at such a low pressure that resulting ions do not combine with each other.