Medium 1 has the electrical permittivity 1 = 1.5 0 farad/m and occupies the region to the left of the x = 0 plane. Medium 2 has the electrical permittivity 2 = 2.5 0 and occupies the region to the right of x = 0 plane. If E1 in medium 1 is E1 = 2 ux 3 uy + uz V/m, find E2 in medium 2 is

Medium 1 has the electrical permittivity 1 = 1.5 0 farad/m and occup

1.	Medium 1 has the electrical permittivity ₁ = 1.5 ₀ farad/m and occupies the region to the left of the x = 0 plane. Medium 2 has the electrical permittivity ₂ = 2.5 0 and occupies the region to the right of x = 0 plane. If E₁ in medium 1 is E₁ = 2 ux 3 uy + uz V/m, find E2 in medium 2 is
A.	(2 ux 7.5 uy + 2.5 uz) V/m
B.	(2 ux 2 uy 0.6 uz) V/m
C.	(1.2 ux 3 uy + 1 uz) V/m
D.	(1.2 ux 2 uy + 0.6 uz) V/m
Answer» D. (1.2 ux 2 uy + 0.6 uz) V/m

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Medium 1 has the electrical permittivity 1 = 1.5 0 farad/m and occupies the region to the left of the x = 0 plane. Medium 2 has the electrical permittivity 2 = 2.5 0 and occupies the region to the right of x = 0 plane. If E1 in medium 1 is E1 = 2 ux 3 uy + uz V/m, find E2 in medium 2 is

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Medium 1 has the electrical permittivity ₁ = 1.5 ₀ farad/m and occupies the region to the left of the x = 0 plane. Medium 2 has the electrical permittivity ₂ = 2.5 0 and occupies the region to the right of x = 0 plane. If E₁ in medium 1 is E₁ = 2 ux 3 uy + uz V/m, find E2 in medium 2 is