You are in physics lab (or online simulated lab these days) observing emission lines from a mystery element. You note that there are only three lines in the visible or near-IR spectrum: 310 nm, 400 nm and 1377.8 nm. Use this information to construct the energy level diagram with the fewest levels. Assume that the higher levels are closer together. Label all the levels with their energy in ev. The ionization energy of this atom is 4.10 ev.
You are in physics lab (or online simulated lab these days) observing emission lines from a mystery element. You note that there are only three lines in the visible or near-IR spectrum: 310 nm, 400 nm and 1377.8 nm. Use this information to construct the energy level diagram with the fewest levels. Assume that the higher levels are closer together. Label all the levels with their energy in ev. The ionization energy of this atom is 4.10 ev.
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Transcribed Image Text:3. You are in physics lab (or online simulated lab these days) observing emission lines from a mystery element. You
note that there are only three lines in the visible or near-IR spectrum: 310 nm, 400 nm and 1377.8 nm. Use this
information to construct the energy level diagram with the fewest levels. Assume that the higher levels are
closer together. Label all the levels with their energy in ev. The ionization energy of this atom is 4.10 ev.
Example Answer (its numbers are incorrect and it has more levels than yours will -
include the ground and ionization state on your diagram):
lonization State
-Jev
-Sev
Ground State
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