Radius of first Bohr orbit of hydrogen like species is r(1,H)3units. The species is

r(n,Z)=r(1,H)×n2Z comparing Z = 3 Li+2

Radius of first Bohr orbit of hydrogen like species is r(1,H)3units. The species is

r(n,Z)=r(1,H)×n2Z comparing Z = 3 Li+2

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Radius of first Bohr orbit of hydrogen like species is $\frac{r_{(1, H)}}{3}$ units. The species is

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Be⁺³

Li⁺

B⁺²

Li⁺²

answer is D.

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$r_{(n, Z)} = r_{(1, H)} \times \frac{n^{2}}{Z}$

comparing Z = 3 Li⁺²

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Radius of first Bohr orbit of hydrogen like species is r(1,H)3units. The species is

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Radius of first Bohr orbit of hydrogen like species is $\frac{r_{(1, H)}}{3}$ units. The species is