The relation between the amplitude of electric and magnetic field at any place is given by_.

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Solution

1.For electromagnetic waves, the ratio of electric field amplitude and magnetic field amplitude is equal to the velocity of the electromagnetic waves in free space.
$\frac{E_{0}}{B_{0}} = c$
where,
$E_{0}$ is electric field amplitude.
$B_{0}$ is magnetic field amplitude.
$c$ is the velocity of the electromagnetic waves in free space.
2.Together, electric field and magnetic field shape electromagnetism.
3.A shifting electric-powered charge generates a magnetic area. A magnetic area induces electric-powered charge movement, generating an electric-powered current.
4.In an electromagnetic wave, the electrical area and magnetic area are perpendicular to each other.
Hence, the relation between the amplitude of electric and magnetic field at any place is given by $\frac{E_{0}}{B_{0}} = c$ .

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