Classroom mode
Run it in class
Why does a moving magnet make power?
Show of hands — before you project anything
What do all three choices predict about the same starting setup?
- A Way more than you'd guess
- B About what you'd guess
- C Way less than you'd guess
Count the votes out loud. Hold them to it — then watch.
Project it (fullscreen)
Discussion prompts
- What do all three choices predict about the same starting setup?
- Which general clue from the earlier pages applies to this new case?
- What would you hold fixed in a fair follow-up test?
Where it shows up in real life
- A child moves a blue bar magnet near a copper coil connected to a small bulb on a workbench.
- A child watches broad blue magnetic loops pass through a copper coil as the magnet changes position.
- The same child grips and turns a visible hand crank beside a bold circular arrow while the connected lamp glows.
A prediction-first worksheet — no answer key.
zero prep · no login · any projector
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Explore every question
Why does a moving magnet make power?
Predict — what do you think will happen, and why?
Talk about it
- What do all three choices predict about the same starting setup?
- Which general clue from the earlier pages applies to this new case?
- What would you hold fixed in a fair follow-up test?