An isotropic antenna is radiating evenly in the r direction in free space. The total electric field is 20 a V m-1 at 1 m distance. Determine the radiated power density and radiated power at a distance of ABC m from the antenna, where A is 1 while BC are the 09 of your student identification number. (ii) Explain, with the aid of diagrams, the field patterns of a half-wave dipole antenna and quarter-wave monopole antenna. You should include twodimensional and three-dimensional plots. first digit: 1 final two digits: 09
An isotropic antenna is radiating evenly in the r direction in free space. The total electric field is 20 a V m-1 at 1 m distance. Determine the radiated power density and radiated power at a distance of ABC m from the antenna, where A is 1 while BC are the 09 of your student identification number. (ii) Explain, with the aid of diagrams, the field patterns of a half-wave dipole antenna and quarter-wave monopole antenna. You should include twodimensional and three-dimensional plots. first digit: 1 final two digits: 09
Introductory Circuit Analysis (13th Edition)
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An isotropic antenna is radiating evenly in the r direction in free space.
The total electric field is 20 a V m-1
at 1 m distance. Determine the
radiated power density and radiated power at a distance of ABC m from
the antenna, where A is 1 while BC are the 09
of your student identification number.
(ii) Explain, with the aid of diagrams, the field patterns of a half-wave dipole
antenna and quarter-wave monopole antenna. You should include twodimensional and three-dimensional plots.
first digit: 1
final two digits: 09
![(i)
An isotropic antenna is radiating evenly in the r direction in free space.
The total electric field is 20 ae V m' at 1 m distance. Determine the
radiated power density and radiated power at a distance of ABC m from
the antenna, where A is the first digit while BC are the final two digits
of your student identification number.
(ii)
Explain, with the aid of diagrams, the field patterns of a half-wave dipole
antenna and quarter-wave monopole antenna. You should include two-
dimensional and three-dimensional plots.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F36ef42af-4e4a-42d0-b51c-5d11bb96d03a%2F28029d83-398d-4601-b873-9bef361072be%2Fvz2jvq_processed.jpeg&w=3840&q=75)
Transcribed Image Text:(i)
An isotropic antenna is radiating evenly in the r direction in free space.
The total electric field is 20 ae V m' at 1 m distance. Determine the
radiated power density and radiated power at a distance of ABC m from
the antenna, where A is the first digit while BC are the final two digits
of your student identification number.
(ii)
Explain, with the aid of diagrams, the field patterns of a half-wave dipole
antenna and quarter-wave monopole antenna. You should include two-
dimensional and three-dimensional plots.
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