A circular TV loop antenna with 0.02 m² area is in the presence of a magnetic field signal B = 0.8 cos wt î [nA/m]. The antenna is oriented in such a position that it will receive maximum magnetic flux. Given that the frequency of the signal is 300 MHz, find the emf generated in the loop antenna.
A circular TV loop antenna with 0.02 m² area is in the presence of a magnetic field signal B = 0.8 cos wt î [nA/m]. The antenna is oriented in such a position that it will receive maximum magnetic flux. Given that the frequency of the signal is 300 MHz, find the emf generated in the loop antenna.
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![A circular TV loop antenna with 0.02 m² area is in the presence of a magnetic field
signal B = 0.8 cos wt & (nA/m]. The antenna is oriented in such a position that it
will receive maximum magnetic flux. Given that the frequency of the signal is
300 MHz, find the emf generated in the loop antenna.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fc1942315-ed5d-4e14-95b7-990feb5fee94%2Fcd10b142-1726-44c7-b0df-c79b3ecb7af2%2Fid9w0n_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A circular TV loop antenna with 0.02 m² area is in the presence of a magnetic field
signal B = 0.8 cos wt & (nA/m]. The antenna is oriented in such a position that it
will receive maximum magnetic flux. Given that the frequency of the signal is
300 MHz, find the emf generated in the loop antenna.
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