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

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

Covalent radius of lithium atom is 123 pm, the crystal radius of Li will be-

Metallic radius of Ca is 200pm. Covalent radius of Ca is

Atmic radius of Li is ______

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 1.23oversetoA 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 . 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 . Calculate the percentage of volume occupied by single valence electron in Li .

If an element 'X' is assumed to have the types of radii, then their order is Crystal radius > Van der Waals radius > Covalent radius Van der Waals radius > Crystal radius > Covalent radius Covalent radius > Crystal radius > Van der Waals radius Van der Waals radius > Covalent radius > Crystal radius