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3.5* An electromagnetic wave is specified (in SI units) by the follow- ing function: Ē = (−6Î + 3√5ĵ)(10¹ V/m) e²[}(√5x+2y)π×10²–9.42×10¹] Remember that En and I are perpendicular to each other. Find (a) the direction along which the electric field oscillates, (b) the scalar value of amplitude of the electric field, (c) the direction of prop- agation of the wave, (d) the propagation number and wavelength, (e) the frequency and angular frequency, and (f) the speed.

3.5* An electromagnetic wave is specified (in SI units) by the follow- ing function: Ē = (−6Î + 3√5ĵ)(10¹ V/m) e²[}(√5x+2y)π×10²–9.42×10¹] Remember that En and I are perpendicular to each other. Find (a) the direction along which the electric field oscillates, (b) the scalar value of amplitude of the electric field, (c) the direction of prop- agation of the wave, (d) the propagation number and wavelength, (e) the frequency and angular frequency, and (f) the speed.

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3.5* An electromagnetic wave is specified (in SI units) by the follow- ing function: Ē = (−6Î + 3√5ĵ)(10ª V/m)e¹[(V5x+2y)#×10²–9.42×10¹;] Remember that Eo and I are perpendicular to each other. Find (a) the direction along which the electric field oscillates, (b) the scalar value of amplitude of the electric field, (c) the direction of prop- agation of the wave, (d) the propagation number and wavelength, (e) the frequency and angular frequency, and (f) the speed.
Transcribed Image Text:3.5* An electromagnetic wave is specified (in SI units) by the follow- ing function: Ē = (−6Î + 3√5ĵ)(10ª V/m)e¹[(V5x+2y)#×10²–9.42×10¹;] Remember that Eo and I are perpendicular to each other. Find (a) the direction along which the electric field oscillates, (b) the scalar value of amplitude of the electric field, (c) the direction of prop- agation of the wave, (d) the propagation number and wavelength, (e) the frequency and angular frequency, and (f) the speed.
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