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The uniform electric field E in the air outside the plane boundary of an LIH dielectric material is at an angle of 30° to the normal to the boundary, as shown in Figure 2. The relative permittivity e of the dielectric is 3.0. Find the angle that the electric field in the dielectric makes with the normal. Clearly state any boundary conditions that you use. 30° Eair air dielectric € = 3.0

The uniform electric field E in the air outside the plane boundary of an LIH dielectric material is at an angle of 30° to the normal to the boundary, as shown in Figure 2. The relative permittivity e of the dielectric is 3.0. Find the angle that the electric field in the dielectric makes with the normal. Clearly state any boundary conditions that you use. 30° Eair air dielectric € = 3.0

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The uniform electric field E in the air outside the plane boundary of an LIH dielectric material is at an angle of 30° to the normal to the The relative permittivity & of the dielectric is 3.0. Find the angle that the electric field in the dielectric makes with the normal. Clearly state any boundary conditions that you boundary, as shown in Figure 2. use. 30° Eair air dielectric € = 3.0
Transcribed Image Text:The uniform electric field E in the air outside the plane boundary of an LIH dielectric material is at an angle of 30° to the normal to the The relative permittivity & of the dielectric is 3.0. Find the angle that the electric field in the dielectric makes with the normal. Clearly state any boundary conditions that you boundary, as shown in Figure 2. use. 30° Eair air dielectric € = 3.0
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