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10-The displacement vector, measured in x<0 region which is free-space and source-free, is expressed as Ē = 4âx − 2ây +â₂ . Find the 3 - Electric Field vector(D) in the x>0 region where cr=4. a)D = 4âx - 8ây + 6âz b)D = 4âx - 2ây + 6âz c)D = âx − 2ây +³¹ âz d)D = 4ây - zây + c e)D = âx -ây + +³âz 3

10-The displacement vector, measured in x<0 region which is free-space and source-free, is expressed as Ē = 4âx − 2ây +â₂ . Find the 3 - Electric Field vector(D) in the x>0 region where cr=4. a)D = 4âx - 8ây + 6âz b)D = 4âx - 2ây + 6âz c)D = âx − 2ây +³¹ âz d)D = 4ây - zây + c e)D = âx -ây + +³âz 3

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10-The displacement vector, measured in x<0 region which is free-space and source-free, is expressed as Ē = 4âx − 2ây + ³âz . Find the Electric Field vector(D) in the x>0 region where E,=4. a)D = 4âx - 8ây + 6âz b)D = 4âx - 2ây + 6âz c)D = âx - 2ây +âz d)D = 4ây -ây tê c e)D = âx –ây + â
Transcribed Image Text:10-The displacement vector, measured in x<0 region which is free-space and source-free, is expressed as Ē = 4âx − 2ây + ³âz . Find the Electric Field vector(D) in the x>0 region where E,=4. a)D = 4âx - 8ây + 6âz b)D = 4âx - 2ây + 6âz c)D = âx - 2ây +âz d)D = 4ây -ây tê c e)D = âx –ây + â
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