The limit n = ∞) of a particular spectral series is the line of
A) highest intensity in the series.
B) highest frequency in the visible spectrum.
C) lowest frequency in the visible spectrum.
D) lowest frequency possible in the series.
E) highest frequency possible in the series.

Question

Quizplus · Accepted Answer

As n approaches infinity, the energy difference between levels becomes the smallest, leading to the highest frequency possible in the series according to the Rydberg formula for spectral lines.

The Limit N = ∞) of a Particular Spectral Series