If the ratio of relative permeability and relative permittivity of a uniform medium is \(1:4\). The ratio of the magnitudes of electric field intensity (E) to the magnetic field intensity \((\mathrm{H})\) of an EM wave propagating in that medium is (Given that \(\sqrt{\frac{{\mu }_{0}}{{\epsilon }_{0}}}=120\pi :1\) )

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If the ratio of relative permeability and relative permittivity of a uniform medium is \(1:4\). The ratio of the magnitudes of electric field intensity (E) to the magnetic field intensity \((\mathrm{H})\) of an EM wave propagating in that medium is (Given that \(\sqrt{\frac{{\mu }_{0}}{{\epsilon }_{0}}}=120\pi :1\) )

[Re-NEET 2024]

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If the ratio of relative permeability and relative permittivity of a uniform medium is \(1:4\). The ratio of the magnitu…

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