- #1
henpen
- 50
- 0
When a conducting wire is subjected to a changing magnetic field, what causes the electrons in this wire to move?
Conversely, why does the movement of current in the wire (with a non-'moving' magnetic field) cause the wire to move?
I understand these phenomena macroscopically (and that they are different sides of the same electromagnetic coin), but at the most fundamental level, what happens?
Conversely, why does the movement of current in the wire (with a non-'moving' magnetic field) cause the wire to move?
I understand these phenomena macroscopically (and that they are different sides of the same electromagnetic coin), but at the most fundamental level, what happens?