Electrons in a coherent state are the same. They don't have individual identity. There is just the wave function occupying some area in space.

A similar example is if you hit a key on a piano. This will not only produce the sine wave of the base frequency, but also a number of other frequencies, including overtones and other frequencies that provide timbre.

But these other frequencies are in reality only mathematical artifacts of doing a Fourier transform of the sound pressure from a time domain to a frequency domain.

What is real (if we ignore the molecular level and below) is that a pressure wave is propagated through the air. The individual frequencies of the wave cannot be found anywhere particular in the wave.

Likewise, the exitation of the electron field associated with some atom in a given state will, at every point, represent the combined contribution of ALL electrons.

These electrons are stacked on top of each other the same way the frequencies in a piano tone is or the way the dollars in a bank balance is. They only exist as part of a whole, not individually.