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2. The surfaces p= 3 and 10 mm, and z = 0 and 25 cm are perfect conductors. The region enclosed by these surfaces has u= 2.5 × 10-° H/m, e = 4 × 10-1" F/m, and o = 0. Let H = (2/p) cos(10zz) cos(@t) ô A/m. Make use of Maxwell's equations to find @.

2. The surfaces p= 3 and 10 mm, and z = 0 and 25 cm are perfect conductors. The region enclosed by these surfaces has u= 2.5 × 10-° H/m, e = 4 × 10-1" F/m, and o = 0. Let H = (2/p) cos(10zz) cos(@t) ô A/m. Make use of Maxwell's equations to find @.

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2. The surfaces p = 3 and 10 mm, and z = 0 and 25 cm are perfect conductors. The region enclosed by these surfaces has u = 2.5 x 10-6 H/m, e = 4 × 10¬11 F/m, and o = 0. Let H = (2/p) cos(10az) cos(@t) ô A/m. Make use of Maxwell's equations to find w.
Transcribed Image Text:2. The surfaces p = 3 and 10 mm, and z = 0 and 25 cm are perfect conductors. The region enclosed by these surfaces has u = 2.5 x 10-6 H/m, e = 4 × 10¬11 F/m, and o = 0. Let H = (2/p) cos(10az) cos(@t) ô A/m. Make use of Maxwell's equations to find w.
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