What Happens with a Dielectric in Faraday's Law of Induction?

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I was teaching a Zoom physics class for advanced high school students.
In the standard example for Faraday's law of induction featuring a constant magnetic field and a sliding wire scheme for increasing the area
enclosed, I realized that I don't know what happens if instead of a wire, the moving element is a non-conducting dielectric
 
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Non-conducting? Not so much happens. Maybe a little charge displacement, but that's the subject for a new thread start in our technical forums (not the Intro forum). Enjoy PF and Welcome! :smile:
 
Hi everyone, I'm just a physics enthusiast. I took some first-year courses a long time ago, but I wasn't able to continue, so I don't have a degree. Still, I'm really passionate about the subject and try to keep up with it as much as I can. I mostly study in my (limited) free time, going through books I didn’t get the chance to read when I was younger. Thanks for your attention!
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