Question:A plane electromagnetic wave with frequency f = 205 kHz propagates in a vacuum in the positive y-axis with its electric field oriented along the z-axis. The amplitude of the electric field is Emaz = 10.0 V/m. Wechoose a start time such that at t = 0s the electric field is zero at the origin and we represent the oscillating electric field by: E(y, t) = A sin(ky – wt + 6).Part 1)Calculate the:Amplitude A =V/mAngular frequency w =rad/s-1Wave numberk =Phase o =radPart 2)Using your values from part 1, calculate the electric field components of this electromagnetic wave at y = 4.51 m and t = 1.52 s.E =Î+|k V/mPart 3)Now calculate the magnetic field components of this electromagnetic wave at y = 4.51 m and t = 1.52 s-k T

Frequency of the EMW=205 kHz=205×103 Hz The maximum value of the Electric field, Emax=10.0 V/m The…

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