Einstellung effect
In 9th grade, when I first learned about Lenz’s Law1 in Physics class, I was fascinated by its implications. It states: The direction of an induced current will always oppose the motion causing it. In simpler terms, imagine you have a hoop and a magnet. If you move the magnet close to the hoop, the hoop generates a magnetic field that pushes the magnet away. Conversely, if you pull the magnet away, the hoop creates a magnetic field that pulls it back. This occurs because the hoop aims to prevent any change in the surrounding magnetic field. That’s Lenz’s Law: the hoop consistently acts to maintain the magnetic field’s status quo, reacting against the motion that’s the cause of the existence of the magnetic flux in the first place. Generators leverage this principle to convert mechanical motion into electrical energy. ...