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The x-y plane separates two magnetic media with magnetic permeabilities µ1 and µ2 (See the figure below). If there is no surface current at the interface and the magnetic field in medium 1 is H1 = ÎH1;+ŷH¡y+2H12 find:(a) H2. (b) 01 and 02, (c) Evaluate H2, 01, and 02 for Hıx =2(A/m),H1, =0,H1; =4(A/m),µ1 =Ho, and H2 = 4µ0. 23B H x-y plane Fig. P4. Boundary condition problem

The x-y plane separates two magnetic media with magnetic permeabilities µ1 and µ2 (See the figure below). If there is no surface current at the interface and the magnetic field in medium 1 is H1 = ÎH1;+ŷH¡y+2H12 find:(a) H2. (b) 01 and 02, (c) Evaluate H2, 01, and 02 for Hıx =2(A/m),H1, =0,H1; =4(A/m),µ1 =Ho, and H2 = 4µ0. 23B H x-y plane Fig. P4. Boundary condition problem

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The x-y plane separates two magnetic media with magnetic permeabilities µ1 and µ2 (See the figure below). If there is no surface current at the interface and the magnetic field in medium 1 is H1 = ÎH1;+ŷH¡y+2H12 find:(a) H2. (b) 01 and 02, (c) Evaluate H2, 01, and 02 for Hıx =2(A/m),H1, =0,H1; =4(A/m),µ1 =Ho, and H2 = 4µ0. 23B H x-y plane Fig. P4. Boundary condition problem
Transcribed Image Text:The x-y plane separates two magnetic media with magnetic permeabilities µ1 and µ2 (See the figure below). If there is no surface current at the interface and the magnetic field in medium 1 is H1 = ÎH1;+ŷH¡y+2H12 find:(a) H2. (b) 01 and 02, (c) Evaluate H2, 01, and 02 for Hıx =2(A/m),H1, =0,H1; =4(A/m),µ1 =Ho, and H2 = 4µ0. 23B H x-y plane Fig. P4. Boundary condition problem
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