Bohr's model of the atom can be applied to any hydrogen-like ion – ions that have only one electron, such as He+He+ and Li2+.Li2+. Bohr's model proposed that orbitals had discrete energy levels and that the energy of an orbital was related to the nuclear charge, ?.Z. The ground state energies of H,He+, and Li2+H,He+, and Li2+ are given in the table. Atom or ion Z Ground state energy (J) HH 1 −2.179872×10−18−2.179872×10−18 He+He+ 2 −8.719488×10−18−8.719488×10−18 Li2+Li2+ 3 −1.9618848×10−17−1.9618848×10−17 Determine a relationship between the ground-state energy of hydrogen-like systems and ?.Z. Use the relationship to predict the ground state-energy of a B4+B4+ ion.
Bohr's model of the atom can be applied to any hydrogen-like ion – ions that have only one electron, such as He+He+ and Li2+.Li2+. Bohr's model proposed that orbitals had discrete energy levels and that the energy of an orbital was related to the nuclear charge, ?.Z. The ground state energies of H,He+, and Li2+H,He+, and Li2+ are given in the table. Atom or ion Z Ground state energy (J) HH 1 −2.179872×10−18−2.179872×10−18 He+He+ 2 −8.719488×10−18−8.719488×10−18 Li2+Li2+ 3 −1.9618848×10−17−1.9618848×10−17 Determine a relationship between the ground-state energy of hydrogen-like systems and ?.Z. Use the relationship to predict the ground state-energy of a B4+B4+ ion.
Chemistry by OpenStax (2015-05-04)
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Chapter6: Electronic Structure And Periodic Properties Of Elements
Section: Chapter Questions
Problem 19E: The electron volt (eV) is a convenient unit of energy for expressing atomic-scale energies. It is...
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Atom or ion | Z | Ground state energy (J) |
---|---|---|
HH | 1 | −2.179872×10−18−2.179872×10−18 |
He+He+ | 2 | −8.719488×10−18−8.719488×10−18 |
Li2+Li2+ | 3 | −1.9618848×10−17−1.9618848×10−17 |
Determine a relationship between the ground-state energy of hydrogen-like systems and ?.Z. Use the relationship to predict the ground state-energy of a B4+B4+ ion.
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