Q2: Let Region 1 (z< 0) be composed of a uniform dielectric material for which &,= 3.2, while Region 2 (z > 0) is characterized by ɛ, = 2. Let D1 = -30ax +50a, +70a, nC/m² and find: (a) D; (b) Da (c) |D1l; (d) D1; (e)0,; ( f) P1 (g) DN2; (h) D2; (1) D2; (k) P2;() 62.?
Q2: Let Region 1 (z< 0) be composed of a uniform dielectric material for which &,= 3.2, while Region 2 (z > 0) is characterized by ɛ, = 2. Let D1 = -30ax +50a, +70a, nC/m² and find: (a) D; (b) Da (c) |D1l; (d) D1; (e)0,; ( f) P1 (g) DN2; (h) D2; (1) D2; (k) P2;() 62.?
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![Q2: Let Region 1 (z< 0) be composed of a uniform dielectric material for which &,= 3.2, while
Region 2 (z> 0) is characterized by ɛ,
2. Let Di = -30ax +50a, +70a, nC/m² and find:
(a) DN; (b) Dn (c) |Dal; (d) D1; (e)01; ( f) P1 (g) DNz; (h) D2; (1) D2; (k) P2;() 02.?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F2c19a3e3-1760-4f85-b69b-8928e8387f7f%2F41facada-7fd7-48fa-a4c7-d201c78330ad%2F4bmkib_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Q2: Let Region 1 (z< 0) be composed of a uniform dielectric material for which &,= 3.2, while
Region 2 (z> 0) is characterized by ɛ,
2. Let Di = -30ax +50a, +70a, nC/m² and find:
(a) DN; (b) Dn (c) |Dal; (d) D1; (e)01; ( f) P1 (g) DNz; (h) D2; (1) D2; (k) P2;() 02.?
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