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8 identical particles that do not interact with each other are placed inside a cubic box with L = 0.200 nm. Find the lowest energy of the system (in electronvolts eV) and enumerate the quantum number of every state occupied if: a) The particles are electrons b) The particles are Bosons

8 identical particles that do not interact with each other are placed inside a cubic box with L = 0.200 nm. Find the lowest energy of the system (in electronvolts eV) and enumerate the quantum number of every state occupied if: a) The particles are electrons b) The particles are Bosons

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8 identical particles that do not interact with each other are placed inside a cubic box with L = 0.200 nm. Find the lowest energy of the system (in electronvolts ev) and enumerate the quantum number of every state occupied if: a) The particles are electrons b) The particles are Bosons
Transcribed Image Text:8 identical particles that do not interact with each other are placed inside a cubic box with L = 0.200 nm. Find the lowest energy of the system (in electronvolts ev) and enumerate the quantum number of every state occupied if: a) The particles are electrons b) The particles are Bosons
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