8. Increase the number of Loops to 3 again. Slowly move just the South-pole (S-pole) end of the bar magnet to the left inside the coil (without having the N end of the bar magnet go through the coils). What do you observe about the blue electrons

As the South-pole end of the bar magnet moves to the left inside the coil, the blue electrons in the coil will start to move in a particular direction. The movement of the electrons will depend on the orientation of the magnetic field generated by the bar magnet.

If the South-pole end of the bar magnet is moving to the left inside the coil, the blue electrons will experience a force that causes them to move in a certain direction. This movement of the electrons will contribute to the generation of an electric current in the coil.

The observation may vary depending on the specific setup and orientation of the coil and bar magnet, but in general, you would observe the blue electrons moving in response to the changing magnetic field, thus generating an electric current in the coil.