If two electromagnetic waves with electric fields given by \overrightarrow{E}_1= {\E}_0 \sin ( {\k} x-\omega {\t}) \stackrel{\^}{j} and \overrightarrow{ {\E}_2}= {\E}_0 \sin ( {\k} x-\omega {\t}+\pi) \stackrel{\^}{j} interfere, then the peak value of the electric field of the resultant wave is [TG EAPCET 8 May 2024 Shift 2]

TS EAMCET 8 May 2024 Shift 1 Solved Paper

Section: Physics

Question : 113 of 160

Marks: +1, -0

If two electromagnetic waves with electric fields given by

→

1=E0sin‌(kx−ωt)

and overrightarrow‌E2=E0sin‌(kx−ωt+π)

interfere, then the peak value of the electric field of the resultant wave is

[TG EAPCET 8 May 2024 Shift 2]

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