Atomic radius of `Li is 1.23 Å` and ionic radius of `Li^(+)` is `0.76 Å`. Calculate the percentage of volume occupied by single valence electron in `Li`.

Atomic radius of Li is 1.23oversetoA and ionic radius of Li^+ is 0.76 oversetoA . Calculate the percentage of volume occupied by single valence electron in Li.

Atomic radius of Li is 1.23 Å and ionic radius of Li^(+) is 0.76 Å. Percentage of volume occupied by single valence electron in Li is-

Atomic radius of Li is 1.23Å and ionic radius of Li^(+) is 0.76Å . The percentage of volume occupied by 2s electron is

Covelant radius of Li is 123 pm .The crystal radius of Li will be:

Covalent radius of Li is 123 pm .The crystal radius of Li will be:

Atomic radius of chlorine atom is 0.99 Å but ionic radius of chloride (Cl^(-)) is 1.81 Å-explain.

if the radius of H is 0.53 Å then what will be the radius of ._(3)Li^(2+) ?

Calculate the screening constant of Li for valency electrons.

A naturally occuring sample of lithium contains 7.42% of ""^(6)Li and 92.58% ""^(7)Li . The relative atomic mass of ""^(6)Li is 6.015 and that of ""^(7)Li is 7.016. Calculate the atomic mass of a naturally occuring sample of lithium.