In a plane electromagnetic wave, the magnetic field is given by \overrightarrow{B}=3 \times 10^{-7} \sin (100 \pi {\x}+10^{12} {\t}) {\T}, then the wavelength of the wave is (In the equation x is in metre and t is in second) [AP EAPCET 21 May 2025 S1]

Electromagnetic Waves

Section: Physics

Question : 8 of 19

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In a plane electromagnetic wave, the magnetic field is given by

→

=3×10−7sin‌(100πx+1012t)T, then the wavelength of the wave is (In the equation x is in metre and t is in second)

[AP EAPCET 21 May 2025 S1]

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