Q1. At x < 0, the electric field in dielectric is E1 = 2 ax + ay + a, V/m with &1 = 5 ɛQ. The region (x > 0) is a free space. (a) Find E2, D1, and D2. (b) 0, and 02. At y > 0, the electric field in dielectric is D2 = 5 ax + 2 ay + az C/m2 with ɛ1 = 2 Eg. The region (y > 0) is a free space. (a) Find D2, E1, and E2. (b) 0, and 02. Q2.

Introductory Circuit Analysis (13th Edition)
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Author:Robert L. Boylestad
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At x < 0, the electric field in dielectric is E1 = 2 ax + ay + az V/m with &1 = 5 ɛQ. The region (x > 0)
is a free space. (a) Find E2, D1, and D2. (b) 01 and 02.
Q1.
Q2.
At y > 0, the electric field in dielectric is D2 = 5 ax + 2 ay + az C/m2 with ɛ1 = 2 Eg. The region (y >
0) is a free space. (a) Find D2, E1, and E2. (b) 01 and 02.
Transcribed Image Text:At x < 0, the electric field in dielectric is E1 = 2 ax + ay + az V/m with &1 = 5 ɛQ. The region (x > 0) is a free space. (a) Find E2, D1, and D2. (b) 01 and 02. Q1. Q2. At y > 0, the electric field in dielectric is D2 = 5 ax + 2 ay + az C/m2 with ɛ1 = 2 Eg. The region (y > 0) is a free space. (a) Find D2, E1, and E2. (b) 01 and 02.
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