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<blockquote data-quote="Einstein" data-source="post: 100639" data-attributes="member: 288"><p>Here are a couple videos I made demonstrating the push and pull effect a neodymium magnet has on conductive metal objects.</p><p></p><p>[MEDIA=youtube]7K0_N-uetpg[/MEDIA] </p><p></p><p>[MEDIA=youtube]ukUYHA4Hy5w[/MEDIA] </p><p></p><p>What is happening is the moving magnet induces a current in the conductor. The current flows in a circle turning the conductor into a magnet, as long as motion is present. The temporary magnetic conductor will either attract or repel depending on whether you apply a push or pull force on the magnet.</p></blockquote><p></p>
[QUOTE="Einstein, post: 100639, member: 288"] Here are a couple videos I made demonstrating the push and pull effect a neodymium magnet has on conductive metal objects. [MEDIA=youtube]7K0_N-uetpg[/MEDIA] [MEDIA=youtube]ukUYHA4Hy5w[/MEDIA] What is happening is the moving magnet induces a current in the conductor. The current flows in a circle turning the conductor into a magnet, as long as motion is present. The temporary magnetic conductor will either attract or repel depending on whether you apply a push or pull force on the magnet. [/QUOTE]
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