Assuming the validity of Bohr's atomic model for hydrogen like ions the radius of Li⁺⁺ ion in its ground state is given by 1/Xa₀, where X= . (Where a₀ is the first Bohr's radius.)

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(3) 3. rₙ=a₀(n²)/Z; for Li⁺⁺ Z=3, n=1. r=(a₀)/3

Assuming the validity of Bohr's atomic model for hydrogen like ions the radius of Li⁺⁺ ion in its ground state is given by 1/Xa₀, where X= ______. (Where a₀ is the first Bohr's radius.)

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