In electric fields, D= ε E. The correct expression which is analogous in magnetic fields will be(a) H = μ B(b) B = μ H(c) A = μ B(d) H = μ AThis question was addressed to me in class test.I would like to ask this question from Real Time Applications topic in chapter Electrostatic Fields of Electromagnetic Theory

In electric fields, D= ε E. The correct expression which is analogous

1.	In electric fields, D= ε E. The correct expression which is analogous in magnetic fields will be(a) H = μ B(b) B = μ H(c) A = μ B(d) H = μ AThis question was addressed to me in class test.I would like to ask this question from Real Time Applications topic in chapter Electrostatic Fields of Electromagnetic Theory
Answer» Right OPTION is (B) B = μ H For EXPLANATION: In electric fields, the flux density is a PRODUCT of permittivity and FIELD intensity. Similarly, for magnetic fields, the magnetic flux density is the product of permeability and magnetic field intensity, given by B= μ H.

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