Electromagnetic Waves Quiz

$E_n = -E_0\sin(kz - \omega t)$, $B_y = B_0\sin(kz - \omega t)$ (correct)

$E_n = -E_0\cos(kz + \omega t)$, $B_y = B_0\cos(kz + \omega t)$

$E_n = E_0\sin(kz + \omega t)$, $B_y = B_0\sin(kz + \omega t)$

$E_n = E_0\cos(kz - \omega t)$, $B_y = B_0\cos(kz - \omega t)$

The frequency of the electromagnetic wave is inversely proportional to the frequency of oscillation of charge.

The frequency of the electromagnetic wave is double the frequency of oscillation of charge.

The frequency of the electromagnetic wave is half the frequency of oscillation of charge.

The frequency of the electromagnetic wave is equal to the frequency of oscillation of charge. (correct)

Frequency Modulation (FM)

Pulse Code Modulation (PCM)

Amplitude Modulation (AM) (correct)

Phase Modulation (PM)

<p>$3\times10^8$ m/s</p> Signup and view all the answers

<p>Electric and magnetic field vectors</p> Signup and view all the answers