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ATLAB/Octave code to implement the following and answer the respective questions. Plot the E and H fields over a range of at least three wavelengths. (Show two plots in the same figure and include it in your submission). Observe the plot and answer the following. a. What is the phase difference between the E and H fields? How do you calculate it from the plot? b. Under what condition is there a nonzero phase difference between the E and H fields? In what types of media is this possible? 11) Calculate skin depth by use of a MATLAB routine. i1) Plot the polarization trace of the E expression given in Question 2 on a Cartesian plane for a single period duration. a. Determine the type and sense of polarization by inspection of the resulting plot. (you may want to animate the plot to observe the sense of rotation)

ATLAB/Octave code to implement the following and answer the respective questions. Plot the E and H fields over a range of at least three wavelengths. (Show two plots in the same figure and include it in your submission). Observe the plot and answer the following. a. What is the phase difference between the E and H fields? How do you calculate it from the plot? b. Under what condition is there a nonzero phase difference between the E and H fields? In what types of media is this possible? 11) Calculate skin depth by use of a MATLAB routine. i1) Plot the polarization trace of the E expression given in Question 2 on a Cartesian plane for a single period duration. a. Determine the type and sense of polarization by inspection of the resulting plot. (you may want to animate the plot to observe the sense of rotation)

Database System Concepts
Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
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Q4. a MATLAB/Octave code to implement the following and answer the respective questions. (1) Plot the E and H fields over a range of at least three wavelengths. (Show two plots [MATLAB/OCTAVE] For the expressions of E and H fields found in Q3, write in the same figure and include it in your submission). Observe the plot and answer the following, a. What is the phase difference between the E and H fields? How do you calculate it from the plot? b. Under what condition is there a nonzero phase difference between the E and H fields? In what types of media is this possible? (ii) Calculate skin depth by use of a MATLAB routine. (iii) Plot the polarization trace of the E expression given in Question 2 on a Cartesian plane for a single period duration. a. Determine the type and sense of polarization by inspection of the resulting plot. (you may want to animate the plot to observe the sense of rotation) b. Is the phase difference between the E and H fields important in determining the polarization of the wave? E = [a, + 2az]e-axe-ißx V/m -31-19x -j (18-842) 20.0713 -0.14270y
Transcribed Image Text:Q4. a MATLAB/Octave code to implement the following and answer the respective questions. (1) Plot the E and H fields over a range of at least three wavelengths. (Show two plots [MATLAB/OCTAVE] For the expressions of E and H fields found in Q3, write in the same figure and include it in your submission). Observe the plot and answer the following, a. What is the phase difference between the E and H fields? How do you calculate it from the plot? b. Under what condition is there a nonzero phase difference between the E and H fields? In what types of media is this possible? (ii) Calculate skin depth by use of a MATLAB routine. (iii) Plot the polarization trace of the E expression given in Question 2 on a Cartesian plane for a single period duration. a. Determine the type and sense of polarization by inspection of the resulting plot. (you may want to animate the plot to observe the sense of rotation) b. Is the phase difference between the E and H fields important in determining the polarization of the wave? E = [a, + 2az]e-axe-ißx V/m -31-19x -j (18-842) 20.0713 -0.14270y
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