1. An electromagnetic (EM) wave is travelling in free space within the xy plane. 4i+3j The unit propagation vector of the EM wave can be described as k, 5 while the amplitude of the EM wave was 7 V/m. The propagating EM wave has a wavelength of 589 nm.
1. An electromagnetic (EM) wave is travelling in free space within the xy plane. 4i+3j The unit propagation vector of the EM wave can be described as k, 5 while the amplitude of the EM wave was 7 V/m. The propagating EM wave has a wavelength of 589 nm.
Related questions
Question
please help to answer in details
Transcribed Image Text:1. An electromagnetic (EM) wave is travelling in free space within the xy plane.
4î+3j
The unit propagation vector of the EM wave can be described as k,
while the amplitude of the EM wave was 7 V/m. The propagating EM wave
has a wavelength of 589 nm.
Transcribed Image Text:(d). Construct the wave function, E in scalar complex form.
(e). The EM wave has entered a dense, non-magnetic medium, where its
refractive index, nmedium = 1.578. Assume the medium has a flat surface.
(i). Determine the speed of the EM wave propagating within the medium.
(ii). Determine the permittivity of the medium, assuming the permittivity
of free space is 8.8542×10-" C² /N•m².
(iii). If the flat side of the medium was oriented in such a way that the
propagation direction is normal to the surface of the medium,
determine the reflectance of light that will be reflected.
Expert Solution
This question has been solved!
Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.
Step by step
Solved in 3 steps
