An electron in a hydrogen-like ion is found to have an orbital radius of while it is…

CHEMISTRY · Subjective · CBSE · Chemistry · Structure of Atom · Structure of Atom

Problem

An electron in a hydrogen-like ion is found to have an orbital radius of 4.23×10−11 m4.23\times10^{-11}\,\text{m} while it is in the third Bohr orbit (n=3n=3). Calculate the atomic number ZZ of the ion. Take the Bohr radius a0=0.529 A˚a_0 = 0.529\,\text{Å}.

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