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Which of the following statements is incorrect with reference to the Zeeman effect?
(A) In a magnetic field, the energy of a particular atomic state depends on the values of \( m_{l} \) and \( n \).
(B) Individual spectral lines are split into separate lines. The distance between them is independent of the magnitude of the field.
(C) The Zeeman effect involves the splitting of a spectral line of frequency \( v_{0} \) into three components whose frequencies are
\[
v_{1}=v_{0}-\frac{e}{4 \pi m} B, v_{2}=v_{0} \text { and } v_{3}=v_{0}+\frac{e}{4 \pi m} B,
\]
where \( B \) is the magnetic field applied on the spectral line.
(D) From the Zeeman effect, one can calculate the \( e / m \) ratio for an electron.
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