Wave Clarification: Rotating Receiver at 90°, 180°, 270°, 360°

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In summary, the conversation discusses the effects of rotating a microwave receiver at different angles (90°, 180°, 270°, and 360°) in relation to a transmitter. The speaker suggests that at 90°, the receiver will still receive a signal due to the wave traveling in one plane direction. However, at 180°, the direction of the wave changes and the signal will not reach the receiver. The speaker also questions if the results will be the same at 270° and 360°. The question is not fully clear, but it seems that the receiver is initially aligned with the transmitter and receives a maximum signal at 0°, no signal at 90°.
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Jason17
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Homework Statement


So i have been asked this question:

Q. What happens if you have a microwave transmitter and receiver and you rotate the receiver at 90° 180° 270° and 360°


2. The attempt at a solution

If i am correct, at 90° you will receive a signal because the wave can only travel in one plane direction.
At 180° the plane of the wave direction changes (X->Y) and this does not get through to the receiver.

At 270° and 360° it will be the repeat of 90 and 180?

Am i correct?
 
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  • #2
The question isn't clear. Rotate from what original orientation? My guess would be that the receiver is originally aligned with the transmitter and you get a maximum signal at zero degrees. No signal at 90 degrees.
 

What is the purpose of a rotating receiver in wave clarification?

The rotating receiver in wave clarification is used to measure the direction and intensity of incoming waves. It rotates at different angles to determine the orientation of the waves and provide accurate data for analysis.

How does a rotating receiver work?

A rotating receiver works by using sensors to detect the direction and amplitude of incoming waves. It then uses this data to rotate and align itself with the incoming waves, providing precise measurements.

What are the benefits of using a rotating receiver in wave clarification?

Using a rotating receiver allows for more accurate and detailed measurements of waves, which is essential in understanding and predicting ocean currents, tides, and other marine phenomena. It also provides valuable data for marine engineering and navigation purposes.

Is a rotating receiver necessary for wave clarification?

While it is possible to gather wave data without a rotating receiver, it is not as accurate or comprehensive. A rotating receiver provides more detailed information on the direction and intensity of waves, making it a valuable tool in wave clarification.

What are the different angles at which a rotating receiver can be positioned?

A rotating receiver can be positioned at 90°, 180°, 270°, and 360° angles. These angles correspond to the four cardinal directions (north, east, south, west) and allow for a comprehensive understanding of wave direction and orientation.

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