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Describe how an electromagnetic wave carries energy from place to place. Your description should
include the terms electric field, magnetic field, and perpendicular.

Describe how an electromagnetic wave carries energy from place to place Your description should include the terms electric field magnetic field and perpendicula class=

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apradhan49

Answer: Also according to Faraday's law of electromagnetic induction, changing magnetic field will create an electric field perpendicular to it's direction.

... That is why in an electromagnetic wave, electric and magnetic fields promote each other in directions perpendicular to themselves.

So they are perpendicular

Step-by-step explanation:

hope it helps please mark as brainliest tyy <3

felixkings

Answer:

[tex]electromagnetic \: (electric \: field + magnetic \: field) \: wave \: \\ (always \: transverse :i.e \: perpendicular \: to \: the \: direction \: of \: motion \: or \: disturbance) \\ [/tex]

Step-by-step explanation:

[tex]electromagnetic \: wave \: is \ a\: transverse \: wave: \\ i.e \: it's \: vibrational \: direction \: is \: always \: \\ perpendicular \: to \: the \: direction \: of \: the \: \\ wave. \\ Electromagnetic \: wave\:or \: disturbance \: is\: \\ made \: of \: two \: fields : \\ (electric \: field \: and \: magnetic \: field) [/tex]

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