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Two homogenous, linear and isotropic media have an interface at x=0, x<0 describes medium 1 and x>0 describes medium 2, H₁,₁ = 3 and =4. The magnetic field intensity in medium 1 is H₁ = 80a +20a, -50a. A/m. Find (a) the magnetic field intensity in medium 2, ₂ (b) the magnetic flux density in medium 1, B₁ (c) the magnetic flux density in medium 2, B₂

Two homogenous, linear and isotropic media have an interface at x=0, x<0 describes medium 1 and x>0 describes medium 2, H₁,₁ = 3 and =4. The magnetic field intensity in medium 1 is H₁ = 80a +20a, -50a. A/m. Find (a) the magnetic field intensity in medium 2, ₂ (b) the magnetic flux density in medium 1, B₁ (c) the magnetic flux density in medium 2, B₂

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Two homogenous, linear and isotropic media have an interface at x=0, x<0 describes medium 1 and x>0 describes medium 2, ₁=3 and μ =4. The magnetic field intensity in medium 1 is H₁ = 80a, +20a, -50a. A/m. Find (a) the magnetic field intensity in medium 2, Ĥ₂ (b) the magnetic flux density in medium 1, B (c) the magnetic flux density in medium 2, B₂ r i O
Transcribed Image Text:Two homogenous, linear and isotropic media have an interface at x=0, x<0 describes medium 1 and x>0 describes medium 2, ₁=3 and μ =4. The magnetic field intensity in medium 1 is H₁ = 80a, +20a, -50a. A/m. Find (a) the magnetic field intensity in medium 2, Ĥ₂ (b) the magnetic flux density in medium 1, B (c) the magnetic flux density in medium 2, B₂ r i O
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