Imagine a hypothetical one-electron atom of Cabanelium. It has 4 allowed energy levels (relative to 0eV infinitely far away): -3 eV, -6 eV, -10eV, and -20 eV. How many spectral lines will this atom have? What is the wavelength of the lowest energy spectral line (in nm)

Imagine a hypothetical one-electron atom of Cabanelium. It has 4 allowed energy levels (relative to 0eV infinitely far away): -3 eV, -6 eV, -10eV, and -20 eV. How many spectral lines will this atom have? What is the wavelength of the lowest energy spectral line (in nm)

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Question

Imagine a hypothetical one-electron atom of Cabanelium. It has 4 allowed energy levels (relative to 0eV infinitely far away): -3 eV, -6 eV, -10eV, and -20 eV.

How many spectral lines will this atom have?

What is the wavelength of the lowest energy spectral line (in nm)?

What is the wavelength of the highest energy spectral line (in nm)?

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