x = 0 plane divides the space into two different media with the parameters given in the figure. The electric field component of the incident wave is given as Ē«¹) (x,y) = 10 e¯j10-√/2(x+y) āz_V/m a) Find the freqquency, angle of incidence and angle of transmission. b) Determine the reflection and transmission coefficients. & = £0, μι = μο g1=0 ED 82 560, με = μο 0₂ = 0 X

Introductory Circuit Analysis (13th Edition)
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Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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x = 0 plane divides the space into two different media with the parameters given in the figure. The
electric field component of the incident wave is given as
Ē (i) (x, y) = 10 e¯j¹0√/2(x+y) āz_V/m
a) Find the freqquency, angle of incidence and angle of transmission.
b) Determine the reflection and transmission coefficients.
ε1 = €0, μι = μο
0₁ = 0
E
0₁
y₁
82
Mo
€2 = 5€0, μ2 = μο
0₂ = 0
X
Transcribed Image Text:x = 0 plane divides the space into two different media with the parameters given in the figure. The electric field component of the incident wave is given as Ē (i) (x, y) = 10 e¯j¹0√/2(x+y) āz_V/m a) Find the freqquency, angle of incidence and angle of transmission. b) Determine the reflection and transmission coefficients. ε1 = €0, μι = μο 0₁ = 0 E 0₁ y₁ 82 Mo €2 = 5€0, μ2 = μο 0₂ = 0 X
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