Orientation of Receiver Antennas given orientation of transmitter

AI Thread Summary
For optimal reception, the second electric dipole antenna should be oriented vertically to align with the electric field of the transmitted radio waves. This orientation ensures that the receiving antenna is parallel to the transmitting antenna, maximizing signal capture. The discussion confirms that maintaining parallel alignment between the two antennas is essential for effective communication. This approach is a standard practice in antenna orientation for radio wave transmission and reception. Proper alignment is key to achieving the best performance in antenna systems.
monke
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Homework Statement



An electric dipole antenna used to transmit radio waves is oriented vertically. At a point due north of the transmitter, how should a second electric dipole antenna be oriented to serve as a reciever?

Homework Equations



Im not sure if my answer below makes sense, is there a good way to solve this type of problem?


The Attempt at a Solution



The second dipole should be oriented vertically in line with the electric field wave.
 
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monke said:

Homework Statement



An electric dipole antenna used to transmit radio waves is oriented vertically. At a point due north of the transmitter, how should a second electric dipole antenna be oriented to serve as a reciever?

Homework Equations



Im not sure if my answer below makes sense, is there a good way to solve this type of problem?


The Attempt at a Solution



The second dipole should be oriented vertically in line with the electric field wave.

Your answer is fine. You want the two antennas to be oriented parallel to each other.
 
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