Induce current from inside of a pipe.

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SUMMARY

The discussion centers on the possibility of inducing current in a closed steel pipe using a transformer placed inside it. The user references Gauss' law and the Faraday cage effect, questioning whether an alternating electric field from the transformer could generate current outside the pipe. Gaute confirms that an alternating electric field would indeed induce current in the steel pipe, highlighting the dynamic nature of the field created by the transformer.

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  • Understanding of Gauss' law
  • Knowledge of the Faraday cage effect
  • Familiarity with electromagnetic induction
  • Basic principles of transformer operation
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This discussion is beneficial for electrical engineers, physicists, and students studying electromagnetism, particularly those interested in transformer technology and electromagnetic induction principles.

Gaute
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Hi, I've recently watched prof. Lewin's (brilliant man) lectures on Gauss' law, and I have some questions regarding this and a result from Gauss' law, the Faraday cage effect. It was shown that if one have a charge in the center of a conducting sphere, there will be a electric field outside the sphere, if I understood it right.
My question is, could it be possible to have the primary side of a transformer inside a long, closed steel pipe and be able to induce a current on the outside of the pipe? Some problems, or rather their implications, I can't understand is, the field created on the inside isn't static and the transformer isn't at the center of the pipe?

Thank you :)

Gaute
 
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If you had an alternating E field it would induce current in the steel pipe.
 

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