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Exercise 1. The magnetic field in free space is H = ŷHm cos(wt - Bz) In free space, o = 0 so J = 0. Also & = Eo. Determine the corresponding electric field from Ampere's law. Ans: В -Hm cos(wt - Bz) WEO E = x-

Exercise 1. The magnetic field in free space is H = ŷHm cos(wt - Bz) In free space, o = 0 so J = 0. Also & = Eo. Determine the corresponding electric field from Ampere's law. Ans: В -Hm cos(wt - Bz) WEO E = x-

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Exercise 1. The magnetic field in free space is H = ŷHm cos(wt - Bz) In free space, o = 0 so J = 0. Also & = Eo. Determine the corresponding electric field from Ampere's law. Ans: E = x В -Hm cos(wt - Bz) WEO
Transcribed Image Text:Exercise 1. The magnetic field in free space is H = ŷHm cos(wt - Bz) In free space, o = 0 so J = 0. Also & = Eo. Determine the corresponding electric field from Ampere's law. Ans: E = x В -Hm cos(wt - Bz) WEO
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