a) Show the differential form of Maxwell's equation associated with Ampere's law to its respective phasor form than modify it for a lossy charge free medium b) Step by Step derive equation for H c) Identify wave polarization (write reason for your answer): Note: $- last two digits of your roll number) i. E = $sin( wt + 4x)(a, - i a,) ii. H= $ sin( wt + 4x + 60)(a, -ia,) i. H = $ sin( wt + 4x)(a, + (1+i a,) iv. E = $sin( wt + 4x)(a,-i a,) v. E- $sin( wt + 4x)(ay-6 a,) %3D * Add file
a) Show the differential form of Maxwell's equation associated with Ampere's law to its respective phasor form than modify it for a lossy charge free medium b) Step by Step derive equation for H c) Identify wave polarization (write reason for your answer): Note: $- last two digits of your roll number) i. E = $sin( wt + 4x)(a, - i a,) ii. H= $ sin( wt + 4x + 60)(a, -ia,) i. H = $ sin( wt + 4x)(a, + (1+i a,) iv. E = $sin( wt + 4x)(a,-i a,) v. E- $sin( wt + 4x)(ay-6 a,) %3D * Add file
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$=roll no=60
put value of $=60
Transcribed Image Text:a) Show the differential form of Maxwell's equation associated with Ampere's
law to its respective phasor form than modify it for a lossy charge free medium
b) Step by Step derive equation for H
c) Identify wave polarization (write reason for your answer):
Note: $- last two digits of your roll number)
i. E = $sin( wt + 4x)(a, - i a,)
ii. H= $ sin( wt + 4x + 60)(a, -ia,)
i. H = $ sin( wt + 4x)(a, + (1+i a,)
iv. E = $sin( wt + 4x)(a,-i a,)
v. E- $sin( wt + 4x)(ay-6 a,)
%3D
* Add file
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