The electric field of an electromagnetic wave in free space is given by E x 0 E y Ecos(t kx) E z 2Esin(t kx) where E 1 kVm 1 Find (i) the direction of propagation, (ii) the polarisation, (iii) the magnetic field and (iv) the flux density of the radiation ...

i The direction of propagation is along the positive xaxis this can be ...

The electric field of an electromagnetic wave in free space is given by E x = 0

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The electric field of an electromagnetic wave in free space is given by

E_x = 0

E_y = Ecos(ωt - kx)

E_z = 2Esin(ωt - kx)

where E = 1 kVm^-1. Find

(i) the direction of propagation,

(ii) the polarisation,

(iii) the magnetic field and

(iv) the flux density of the radiation.

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Physical Principles of Remote Sensing

ISBN: 978-0521181167

3rd edition

Authors: W. G. Rees

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Question Posted: Jul 31, 2018 06:44 AM

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The electric field of an electromagnetic wave in free space is given by E x = 0

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i The direction of propagation is along the positive xaxis this can be ...View the full answer

Physical Principles of Remote Sensing

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