Uploaded April 2020 | Updated September 2026, 2 weeks ago
When an electric field changes, it induces a magnetic field. As this magnetic field arises, it reciprocates by inducing an electric field. This interplay results in the formation of light. Watch as we discuss field induction in more detail in this video.
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About Arbor Scientific
For more than three and a half decades, we’ve been committed to supporting science educators with meaningful and engaging lab demonstrations and hands-on experiences that not only inspire students but educators as well. We understand school budgets are limited, so we only provide products that offer value, without sacrificing quality. That’s our promise.
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When an electric field changes, it induces a magnetic field. As this magnetic field arises, it reciprocates by inducing an electric field. This interplay results in the formation of light. Watch as we discuss field induction in more detail in this video.
--
About Arbor Scientific
For more than three and a half decades, we’ve been committed to supporting science educators with meaningful and engaging lab demonstrations and hands-on experiences that not only inspire students but educators as well. We understand school budgets are limited, so we only provide products that offer value, without sacrificing quality. That’s our promise.
Join our CoolStuff Insider List: bit.ly/34HbfVO
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![💡Simple circuit introduction [1/3]](https://i.ytimg.com/vi/SANehLmIu3I/mqdefault.jpg "💡Simple circuit introduction [1/3]
You can watch the full instructional video by @mrsbrosseausbinder using the Investigating Electrical Circuits Kit now!")
