You guys know more about Sonar than you realize....
Now, the boring "technical explanation"...
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The sound pulse travels thru the water in a sine wave...(Below are 2 examples of sine waves) ...
Sine wave - Wikipedia, the free encyclopedia
Within a sine wave ...there are measured sections called wave lengths...
1 wave length is defined as the distance over which the wave's shape repeats...see below...
Wavelength - Wikipedia, the free encyclopedia
The tighter these individual wave lengths are together - the higher the frequency of the sine wave becomes...
Also, the tighter these individual wave lengths are together - the more of the actual sine wave is able to hit the "target"...
Thus...the higher the sine wave - the more of the sine wave that hits the target - the more reflections that can be returned = the more data returned = the more detailed the image....
Rickie


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