Assume that the y = 0 plane separates air in the upper half-space (y>0) from a...

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Assume that the y = 0 plane separates air in the upper half-space (y>0) from a good conductor and that a surface charge density p. = C, sin x and a surface current density J₁ = a, C₂ cos x exist on the interface. (C₁, C₂, and ß are constants.) Determine E and H in the air at the interface. Assume that the y = 0 plane separates air in the upper half-space (y>0) from a good conductor and that a surface charge density p. = C, sin x and a surface current density J₁ = a, C₂ cos x exist on the interface. (C₁. C₂. and ß are constants.) Determine E and H in the air at the interface. Assume that the y = 0 plane separates air in the upper half-space (y>0) from a good conductor and that a surface charge density p. = C, sin x and a surface current density J₁ = a, C₂ cos x exist on the interface. (C₁, C₂, and ß are constants.) Determine E and H in the air at the interface. Assume that the y = 0 plane separates air in the upper half-space (y>0) from a good conductor and that a surface charge density p. = C, sin x and a surface current density J₁ = a, C₂ cos x exist on the interface. (C₁. C₂. and ß are constants.) Determine E and H in the air at the interface.

Answer rating: 100% (QA)

To determine the electric and magnetic fields E and H in the air at the interface we can apply the b... View the full answer