In a simple non-magnetic lossless medium, the electric field of a monochromatic plane wave reflected by a perfect electric conductor (PEC) plate resting on Ox;x; – plane is given by Ë' (F;t) = &, cos(@t + 4x, – 3x, ) [V/m]. Which one cannot correspond to the incident magnetic field? %3D vahın isaretlendiğini görene kadar bekleviniz Soruyu bos hirakmak iniz seceneğe tekrar tiklayınız
In a simple non-magnetic lossless medium, the electric field of a monochromatic plane wave reflected by a perfect electric conductor (PEC) plate resting on Ox;x; – plane is given by Ë' (F;t) = &, cos(@t + 4x, – 3x, ) [V/m]. Which one cannot correspond to the incident magnetic field? %3D vahın isaretlendiğini görene kadar bekleviniz Soruyu bos hirakmak iniz seceneğe tekrar tiklayınız
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![In a simple non-magnetic lossless medium, the electric field of a monochromatic plane wave reflected by a perfect
electric conductor (PEC) plate resting on Ox,x, – plane is given by Ë' (F;t) = &, cos(æt + 4.x, – 3x, ) [V/m].
Which one cannot correspond to the incident magnetic field?
Seçtiğiniz cevabıin işaretlendiğini görene kadar bekleyiniz. Soruyu boş bırakmak isterseniz işaretlediğiniz seçeneğe tekrar tıklayınız.
1
Ħ' (F;t)=
(-0.6£, +0.8â, ) cos(@t – 4x, – 3x,) [A/m]
A
240
1
Ħ' (F;t) =
(-0.6£, +0.8â, )cos(ot – 4x, – 3x, ) [A/m]
360
%3!
1
Ħ' (F;t) =
(-0.6£, +0.8£, ) cos(@t – 4x, – 3x,) [A/m]
480
C
1
Ĥ" (F;t) =
(-0.6£, +0.8â, ) cos(@t – 4x, – 3x;) [A/m]
120
D](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fd15b929a-a93e-40c0-be43-ed03d7b42e0a%2F9e7500b1-fbd9-4388-b391-d042b5887e17%2Ffrnccib_processed.png&w=3840&q=75)
Transcribed Image Text:In a simple non-magnetic lossless medium, the electric field of a monochromatic plane wave reflected by a perfect
electric conductor (PEC) plate resting on Ox,x, – plane is given by Ë' (F;t) = &, cos(æt + 4.x, – 3x, ) [V/m].
Which one cannot correspond to the incident magnetic field?
Seçtiğiniz cevabıin işaretlendiğini görene kadar bekleyiniz. Soruyu boş bırakmak isterseniz işaretlediğiniz seçeneğe tekrar tıklayınız.
1
Ħ' (F;t)=
(-0.6£, +0.8â, ) cos(@t – 4x, – 3x,) [A/m]
A
240
1
Ħ' (F;t) =
(-0.6£, +0.8â, )cos(ot – 4x, – 3x, ) [A/m]
360
%3!
1
Ħ' (F;t) =
(-0.6£, +0.8£, ) cos(@t – 4x, – 3x,) [A/m]
480
C
1
Ĥ" (F;t) =
(-0.6£, +0.8â, ) cos(@t – 4x, – 3x;) [A/m]
120
D
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