I need the solution of the question in image below. I only need parts "d" and "e". Thats why I'm adding the solutions of part "a-b-c". so l-Theexpression for ele etrie field of athe incident beamwe abdume thatCircularly Polaxizeduniform plane wavethen ky =o and13fall in thePlanegiven byCondeguentlyRry-i (Ri.)LWave vectos of incident beam(Aân + i J5 ây - BâgEwhe reeThe uniformWave vector of reflected beamW aveap proaches from oneKiyme dium (3 eo, do)to the othex dielectric.k sinok, Sin O,diele tricSo, kxmedium (2e0,duo) as an oblique .lie in the Same mediumAsboth of themwe Can woitePhate velo city asTherefle (ted wave will be linearly Polavized%3Dwill incident at 8rew Ster'sRRIwhen theWaveAS= RIanyleOB'. 0 = 01%3D2.'. tan OBKy%3D-B'az=) (âu kx +tan (o.812)OB =B'az=) A Kx + jVs kyBkz =0'. OB =39°Sin(39")0.63So, Sin OB=) Akx + jš Ky + BKz =00.78Cos Og = Cos (39°). A - -j š KyandB = (360. Ho)Ax (260, Ha)A circularly polarized uniform plane wave of phasor electric field intensityE' = (Aâ, + j\5â‚- Bâ, )e-Jk,* v/m, where A and 8 are real constants, and f=3x10° Hz%3Dis obliquely incident from a dielectric medium with (36,, Ho) onto another dielectric with (2E,, Ho)as shown in the figure.o) Determine the angle of incidence 0,, so that reflected field is linearly polarized. Explain yourreasoning. You don't höve to find the numerical value of O, you can just give sin 6, andcoso,.For the questions asked in parts b, c, d,ond e, use the incidence ongle found in part a,b) Find the propagation vectors of the incident and the reflected waves, ,, k,.c) Find the numerical values of A and B.d) Find the expression of the reflected electric field.e) Comment on the polarization of the transmitted wave without actually computing fields.A Find the range of incidence angles, so that incident field is totally reflected. You don't hove tofind the numerical values of e;, you can just give sin 0, ond cose;.

Question

I need the solution of the question in image below. I only need parts &#34;d&#34; and &#34;e&#34;. Thats why I'm adding the solutions of part &#34;a-b-c&#34;. so l-Theexpression for ele etrie field of athe incident beamwe abdume thatCircularly Polaxizeduniform plane wavethen ky =o and13fall in thePlanegiven byCondeguentlyRry-i (Ri.)LWave vectos of incident beam(Aân + i J5 ây - BâgEwhe reeThe uniformWave vector of reflected beamW aveap proaches from oneKiyme dium (3 eo, do)to the othex dielectric.k sinok, Sin O,diele tricSo, kxmedium (2e0,duo) as an oblique .lie in the Same mediumAsboth of themwe Can woitePhate velo city asTherefle (ted wave will be linearly Polavized%3Dwill incident at 8rew Ster'sRRIwhen theWaveAS= RIanyleOB'. 0 = 01%3D2.'. tan OBKy%3D-B'az=) (âu kx +tan (o.812)OB =B'az=) A Kx + jVs kyBkz =0'. OB =39°Sin(39&#34;)0.63So, Sin OB=) Akx + jš Ky + BKz =00.78Cos Og = Cos (39°). A - -j š KyandB = (360. Ho)Ax (260, Ha)A circularly polarized uniform plane wave of phasor electric field intensityE' = (Aâ, + j\5â‚- Bâ, )e-Jk,* v/m, where A and 8 are real constants, and f=3x10° Hz%3Dis obliquely incident from a dielectric medium with (36,, Ho) onto another dielectric with (2E,, Ho)as shown in the figure.o) Determine the angle of incidence 0,, so that reflected field is linearly polarized. Explain yourreasoning. You don't höve to find the numerical value of O, you can just give sin 6, andcoso,.For the questions asked in parts b, c, d,ond e, use the incidence ongle found in part a,b) Find the propagation vectors of the incident and the reflected waves, ,, k,.c) Find the numerical values of A and B.d) Find the expression of the reflected electric field.e) Comment on the polarization of the transmitted wave without actually computing fields.A Find the range of incidence angles, so that incident field is totally reflected. You don't hove tofind the numerical values of e;, you can just give sin 0, ond cose;.

Accepted Answer

As  student  asked  only d) and e) part 
expression of  reflected electric field :
polarization of…