EM Waves: Charged or Not? Why?

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  • Thread starter Thread starter vbalouria
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    Electro Magnetic Waves
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Discussion Overview

The discussion centers on whether electromagnetic (EM) waves are charged, exploring the reasoning behind different viewpoints on this topic. Participants engage in clarifying concepts related to the nature of EM waves and their interaction with charged particles.

Discussion Character

  • Conceptual clarification, Debate/contested

Main Points Raised

  • One participant asserts that EM waves are not charged.
  • Another participant requests further explanation for why EM waves are considered uncharged.
  • A different participant questions the initial assumption that EM waves might be charged.
  • One participant argues that since light consists of EM waves, and objects exposed to light do not become charged, it follows that EM waves themselves are not charged. They note that while EM waves can influence charged particles through their electric and magnetic fields, this does not imply that the waves carry a charge.

Areas of Agreement / Disagreement

Participants express differing views on the nature of EM waves, with no consensus reached on the question of whether they are charged.

Contextual Notes

The discussion lacks detailed definitions of charge and the mechanisms by which EM waves interact with matter, which may affect the clarity of arguments presented.

vbalouria
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Are EM waves charged? Why ? Why Not ?
Please Explain
 
Last edited:
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No, they're not.
 
Thanks for reply. But can u explain abit Why So?...
 
Why would you think they might be charged?
 
Light consists of EM waves. If it was charged then any object exposed to light would become charged too but that's not the case.
EM waves consist of electric and magnetic fields so they can influence charged particles but they are not charged themselves.
 

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