Question

Calculate the ionization energy of doubly ionized lithium

Answer 1

Question:

Calculate the ionization energy of doubly ionized lithium,

L

i

2

+

Li2+ from n = 3 state, which has Z = 3.

Bohr's Atomic Theory:

The Bohr's Atomic Theory was created in 1913 in attempt to explain atomic spectra and other experimental facts. It states that electrons in atoms, being in special stationary states, do not emit electromagnetic radiation. Atoms emit light only when electrons jump from one stationary state to a another lower energy stationary state. The expression for the wavelength of emitted light could be found from the theory. The theory is applicable for hydrogen atom and hydrogen-like ions (containing only one electron).

Answer and Explanation:

The ionization energy of lithium ion from n = 3 state is 13.63 eV.

The Bohr's theory predicts the wavelength of light emitted or absorbed by an atom...

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