At a point in space, the electric component of a plane electromagnetic wave travelling in the positive x-direction is E = Eo ey exp[i(wt - )] where Eo, w and are constants. Derive an expression for the Poynting vector.
At a point in space, the electric component of a plane electromagnetic wave travelling in the positive x-direction is E = Eo ey exp[i(wt - )] where Eo, w and are constants. Derive an expression for the Poynting vector.
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![At a point in space, the electric component of a plane electromagnetic
wave travelling in the positive x-direction is E = E₁ ey exp[i(wt — d)]
where Eo, w and are constants. Derive an expression for the Poynting
vector.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F42644c2d-576f-48bd-a186-55602077c9a3%2F38c31815-89b3-4551-aa4d-dde59930c5eb%2Ffr6q2qr_processed.png&w=3840&q=75)
Transcribed Image Text:At a point in space, the electric component of a plane electromagnetic
wave travelling in the positive x-direction is E = E₁ ey exp[i(wt — d)]
where Eo, w and are constants. Derive an expression for the Poynting
vector.
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