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Illustration 4.11 The Bohr model does no...

Illustration 4.11 The Bohr model does not apply when more than one electron orbit the nucleus because it does not account for the electrostatic force that the electrons exert on one another. For instance, an electrically neutral lithium atom (Li) contains three electrons in orbit around a nucleus that includes three protons (Z = 3). and Bohr's analysis is not applicable. However, the Bohr model can be used for the doubly charged positive ion of lithium (LF) that results when two electrons are removed from the neutral atom, leaving only one electron to orbit the nucleus. Obtain the lonization enerzy that is needed to remove the remaining electron from LIP .

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The Bohr moden does not apply when more than one electron orbit the nucleues because it does not account for the electrostatic force that the electron exert on one another.For instance , an electrically neutral lithium atom (Li) contains three electrons in orbit around a nucleus that includes three protons (Z = 3) , and Bohr's model can be used for the doubly charged positive ion of lithium (Li^(2)^(+)) that results when two electrons are removed from the neutral atom, leaving only one electron to orbit the nucleus . Obtain the ionization energy that is needed to remove the remaining electron from (Li^(2)^(+))

The Bohr moden does not apply when more than one electron orbit the nucleues because it does not account for the electrostatic force that the electron exert on one another.For instance , an electrically neutral lithium atom (Li) contains three electrons in orbit around a nucleus that includes three protons (Z = 3) , and Bohr's model can be used for the doubly charged positive ion of lithium (Li^(2)^(+)) that results when two electrons are removed from the neutral atom, leaving only one electron to orbit the nucleus . Obtain the ionization energy that is needed to remove the remaining electron from (Li^(2)^(+))

In Bohr's atomic model, the electrons do not fall into the nucleus because

Bohr model is applicable to: one electron atom. (true/false)

According to Bohr's atomic model, the electrons revolve round the nucleus in

According to Bohr's atomic model, the electrons revolve round the nucleus in

Bohr's Model(energy of electron in an orbit)

Assertion (A ): Bohr model is not applicable for multi-electron model. Reason (R ): Bohr model cannot account for sublevel (s, p, d,f) orbitals and electron spin.

According to Bohr's model of an atom, the electrons revolve round the nucleus in