Draw careful to scale an energy-level diagram for Li²+ with the levels n = 1, 2, 3, ∞ shown and energies labeled. Use arrows to indicate the following transitions on the diagram: (a) Highest energy transition of the Paschen series. n = ∞ to 3 (b) Shortest wavelength (or highest energy) transition of the Balmer series: n = ∞ to 2. (c) Highest frequency (or highest energy) transition of the Lyman series: n = ∞ to 1
Draw careful to scale an energy-level diagram for Li²+ with the levels n = 1, 2, 3, ∞ shown and energies labeled. Use arrows to indicate the following transitions on the diagram: (a) Highest energy transition of the Paschen series. n = ∞ to 3 (b) Shortest wavelength (or highest energy) transition of the Balmer series: n = ∞ to 2. (c) Highest frequency (or highest energy) transition of the Lyman series: n = ∞ to 1
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Transcribed Image Text:**Problem 4: Atomic Spectra – Energy Diagram**
Draw an energy-level diagram to scale for Li²⁺ with the levels n = 1, 2, 3, ∞ shown, and energies labeled. Use arrows to indicate the following transitions on the diagram:
(a) Highest energy transition of the Paschen series: \( n = \infty \to 3 \)
(b) Shortest wavelength (or highest energy) transition of the Balmer series: \( n = \infty \to 2 \)
(c) Highest frequency (or highest energy) transition of the Lyman series: \( n = \infty \to 1 \)
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