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<blockquote data-quote="NDMstang65" data-source="post: 4911650" data-attributes="member: 544576">I fully understand how wavelengths work, but if your ears can not detect it and make it to an audible &#039;analog&#039; signal then the wavelengths themselves are too long for them to be processed into sound that you are actually hearing, not perceiving. Again &#039;thinking&#039; when you can hear when you can&#039;t. Hearing is hearing, not perceiving in different ways other than your ears. If you heard a ultra low subsonic frequency then you would &#039;hear&#039; your bowls relieve themselves at 12Hz at ~118-122dBa...but your not actually hearing it. Your experiencing your bowls relieving themselves and having a very unpleasant mess...Most of the larger anechoic chambers are pretty much useless at anything below 100Hz...there are very very very few that are large enough to be able to do in the lower frequency range that we&#039;re interested in in this conversation...Ultra low frequencies are not dissected in a chamber, they are tested in a plain open field for the most part...to stay away from echo&#039;s and refraction/reflections.</blockquote>

[QUOTE="NDMstang65, post: 4911650, member: 544576"] I fully understand how wavelengths work, but if your ears can not detect it and make it to an audible 'analog' signal then the wavelengths themselves are too long for them to be processed into sound that you are actually hearing, not perceiving. Again 'thinking' when you can hear when you can't. Hearing is hearing, not perceiving in different ways other than your ears. If you heard a ultra low subsonic frequency then you would 'hear' your bowls relieve themselves at 12Hz at ~118-122dBa...but your not actually hearing it. Your experiencing your bowls relieving themselves and having a very unpleasant mess... Most of the larger anechoic chambers are pretty much useless at anything below 100Hz...there are very very very few that are large enough to be able to do in the lower frequency range that we're interested in in this conversation... Ultra low frequencies are not dissected in a chamber, they are tested in a plain open field for the most part...to stay away from echo's and refraction/reflections. [/QUOTE]

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