Calculate the value of n; in which an oxygen atom, confined to a cubical box 45 mm on each side will have the same energy as the lowest energy available to a hydrogen atom confined to a cubical box 25x10-10 on each side. Find the Energy and what is the oxygen density of states at the energy in eV-1, taking into account spin.
Calculate the value of n; in which an oxygen atom, confined to a cubical box 45 mm on each side will have the same energy as the lowest energy available to a hydrogen atom confined to a cubical box 25x10-10 on each side. Find the Energy and what is the oxygen density of states at the energy in eV-1, taking into account spin.
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Transcribed Image Text:Calculate the value of n; in which an oxygen atom,
confined to a cubical box 45 mm on each side will have
the same energy as the lowest energy available to a
hydrogen atom confined to a cubical box 25x10-10 on
each side. Find the Energy and what is the oxygen
density of states at the energy in eV-¹, taking into account
spin.
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