i need (i) and (ii) The electric field of an electromagnetic wave oscillates along x direction, traveling in avacuum is described by the equation E = (5.00 x 10*) sin (kz-wt) Vm.i Determine the direction of this wave traveling?ii. If given the wavelength is 454 mm, calculate the frequency, angular frequencyand wave mmber for this wave.111.Determine the oscillation direction of the associated magnetic field.iv. Express the equation describing the associated magnetic field as a function of zand t.

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The electric field of an electromagnetic wave oscillates along x direction, traveling in a vacuum is described by the equation E = (5.00 x 10*) sin (kz-wt) Vm. i Determine the direction of this wave traveling? ii. If given the wavelength is 454 nm, calculate the frequency, angular frequency and wave mumber for this wave.

The electric field of an electromagnetic wave oscillates along x direction, traveling in a vacuum is described by the equation E = (5.00 x 10*) sin (kz-wt) Vm. i Determine the direction of this wave traveling? ii. If given the wavelength is 454 nm, calculate the frequency, angular frequency and wave mumber for this wave.

University Physics Volume 2

18th Edition

ISBN:9781938168161

Author:OpenStax

Publisher:OpenStax

Chapter16: Electromagnetic Waves

Section: Chapter Questions

Problem 45P: The electric field of an electromagnetic wave traveling in vacuum is described by the following wave...

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