Phase difference between electric and magnetic field vectors of an electromagnetic wave is:

i) $0$
ii) $\pi$
iii) $\pi/2$
iv) $3\pi/2$

Question

Phase difference between electric and magnetic field vectors of an electromagnetic wave is:

i) $0$
ii) $\pi$
iii) $\pi/2$
iv) $3\pi/2$

Accepted Answer

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> [!TLDR]
> In a plane electromagnetic wave the electric and magnetic fields are in phase; the phase difference is $0$.
>
> For a wave travelling along $x$, $E_y=E_0\sin(kx-\omega t)$ and $B_z=B_0\sin(kx-\omega t)$ — the same sinusoidal argument. They reach their maxima and zeros together, so the phase differenc …

Q.Phase difference between electric and magnetic field vectors of an electromagnetic wave is:

Concept understanding — Characteristics of Electromagnetic Waves

Q.Phase difference between electric and magnetic field vectors of an electromagnetic wave is:

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