8:49 PM P You February 12, 5:16 PM OT "446265 B/S Q5. & Determine Yat 500 kHz for a medium in which p, 1, -15, 0. At what velocity will an electromagnetic wave travel in this medium b. The magnetic field in free space is given as; H H cos(wt-ẞz) a, in free space, d=0. Calculate the corresponding electric field from Ampere's law. 06 a. The wave equations derived from Maxwell set of equations are of the form; v=jau(a+jase)H=y2H V²E=jau(+je)E=y²E [14 marks] Show that the propagation constants, y, can be expressed as a function of attenuation a and ẞ where; -+-1) and (1+√(+1) [14 marks] 27. Derive a wave equation from the Faraday's law. b. An electromagnetic wave in free space has a phase shift constant of 0.524 rad/m. The same wave has a phase shift constant of 1.81 rad/m upon entering a perfect dielectric. Assuming that p, 1, find e, and the velocity of propagation. E ==> NOTE: 10 /36m = 8.854 x 10-12; Ho=4 x 10H/m; no = 120m ||| = (14 marks] n
8:49 PM P You February 12, 5:16 PM OT "446265 B/S Q5. & Determine Yat 500 kHz for a medium in which p, 1, -15, 0. At what velocity will an electromagnetic wave travel in this medium b. The magnetic field in free space is given as; H H cos(wt-ẞz) a, in free space, d=0. Calculate the corresponding electric field from Ampere's law. 06 a. The wave equations derived from Maxwell set of equations are of the form; v=jau(a+jase)H=y2H V²E=jau(+je)E=y²E [14 marks] Show that the propagation constants, y, can be expressed as a function of attenuation a and ẞ where; -+-1) and (1+√(+1) [14 marks] 27. Derive a wave equation from the Faraday's law. b. An electromagnetic wave in free space has a phase shift constant of 0.524 rad/m. The same wave has a phase shift constant of 1.81 rad/m upon entering a perfect dielectric. Assuming that p, 1, find e, and the velocity of propagation. E ==> NOTE: 10 /36m = 8.854 x 10-12; Ho=4 x 10H/m; no = 120m ||| = (14 marks] n
Introductory Circuit Analysis (13th Edition)
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![8:49 PM P
You
February 12, 5:16 PM
OT "446265
B/S
Q5. & Determine Yat 500 kHz for a medium in which p, 1, -15, 0. At what velocity will an
electromagnetic wave travel in this medium
b. The magnetic field in free space is given as; H H cos(wt-ẞz) a, in free space, d=0.
Calculate the corresponding electric field from Ampere's law.
06
a. The wave equations derived from Maxwell set of equations are of the form;
v=jau(a+jase)H=y2H
V²E=jau(+je)E=y²E
[14 marks]
Show that the propagation constants, y, can be expressed as a function of attenuation a and ẞ where;
-+-1)
and (1+√(+1)
[14 marks]
27. Derive a wave equation from the Faraday's law.
b. An electromagnetic wave in free space has a phase shift constant of 0.524 rad/m. The same wave has a phase
shift constant of 1.81 rad/m upon entering a perfect dielectric. Assuming that p, 1, find e, and the
velocity of propagation.
E ==>
NOTE:
10
/36m = 8.854 x 10-12;
Ho=4 x 10H/m; no = 120m
|||
=
(14 marks]
n](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F503dcd28-dba0-4d54-b7e8-6995cb0d1e2a%2F5b61e704-de29-440f-9228-972256bbd25d%2F9ec9dps_processed.jpeg&w=3840&q=75)
Transcribed Image Text:8:49 PM P
You
February 12, 5:16 PM
OT "446265
B/S
Q5. & Determine Yat 500 kHz for a medium in which p, 1, -15, 0. At what velocity will an
electromagnetic wave travel in this medium
b. The magnetic field in free space is given as; H H cos(wt-ẞz) a, in free space, d=0.
Calculate the corresponding electric field from Ampere's law.
06
a. The wave equations derived from Maxwell set of equations are of the form;
v=jau(a+jase)H=y2H
V²E=jau(+je)E=y²E
[14 marks]
Show that the propagation constants, y, can be expressed as a function of attenuation a and ẞ where;
-+-1)
and (1+√(+1)
[14 marks]
27. Derive a wave equation from the Faraday's law.
b. An electromagnetic wave in free space has a phase shift constant of 0.524 rad/m. The same wave has a phase
shift constant of 1.81 rad/m upon entering a perfect dielectric. Assuming that p, 1, find e, and the
velocity of propagation.
E ==>
NOTE:
10
/36m = 8.854 x 10-12;
Ho=4 x 10H/m; no = 120m
|||
=
(14 marks]
n
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