For a plane electromagnetic wave propagating along + X axis, electric field is E_(y)=48 sin{-10^(3)x + 10^(11)t} V/m. Find wavelength and frequency of above wave. Also write equation of corresponding magnetic field. (All values are in SI units).

For a plane electromagnetic wave propagating along + X axis, electric

1.	For a plane electromagnetic wave propagating along + X axis, electric field is E_(y)=48 sin{-10^(3)x + 10^(11)t} V/m. Find wavelength and frequency of above wave. Also write equation of corresponding magnetic field. (All values are in SI units).
Answer» Solution :`6.28xx10^(-3)m, v=1.592xx10^(10)Hz` and `VEC(B)=vec(B)_(z)=16xx10^(-8)SIN{-10^(3)x +10^(11)t}HAT(k)T`

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For a plane electromagnetic wave propagating along + X axis, electric field is E_(y)=48 sin{-10^(3)x + 10^(11)t} V/m. Find wavelength and frequency of above wave. Also write equation of corresponding magnetic field. (All values are in SI units).

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