That is QUITE different from saying "we can neither hear nor distinguish  
pitches above 5000Hz" (what Hans said).
 
In fact - that's in line with what I have been saying all along.
 
-William
 
 
In a message dated 11/12/2010 2:40:23 A.M. Eastern Standard Time,  
[email protected] writes:

Sure we  can hear above 5000 Hz unless there is severe hearing damage.
It is however  very hard to discern and name actual *pitches* in and above
that region.  The way our neurons pass the information to our brain only
functions  optimally up to 5000  Hz.

http://www.newmusicbox.org/article.nmbx?id=4077



On  Fri, Nov 12, 2010 at 00:43, <[email protected]> wrote:

> You're  right, how foolish of me to base my opinions on facts...
>
>  -William
>
>
> In a message dated 11/11/2010 12:56:27 P.M.  Eastern Standard Time,
> [email protected] writes:
>
>  It´s  theory that humans are able to hear pitches up to 20.000 Hz, but  
very
> few do  it.
> Just feeling it or just noticing it is  not enough. I talked about
> distinguishing a certain
> pitch.  That makes the difference.
>
> And,  aren´t there surveys  about hearing abilities in our societies ?
> Didn´t  they
>  come out telling us, that the hearing abilities not only of the   elderly
> are fading out, but
> also of the younger & the very  young  generations as being exposed to the
> acoustical
>  pollution or self imposed  extreme noise high & sublow with high  
amplitudes
> ???
>
> Please,  William, do not start  another war of words, as we do not 
disagree
> on the   matter,
> but we view it from different standpoints only. You go for  the  mere 
facts,
> perhaps, while
> I go for the qualities of  the hearing sense,  perhaps.
>
>  ###################################################################
>  Am  11.11.2010 um 18:32 schrieb [email protected]:
>
> >  It's not theory. You  either hear the pitches or you do not.  Hearing
> tests
> > are pretty  objective. You are given a  range of frequencies for both 
ears
> and
> >  you   either hear them or do you don't.
> >
> > I can not  only  hear pitches above 5,000 hz, but I can distinguish
>  whether
> > or  not I'm hearing them.
> >
> >  -William
> >
> >
> > In a  message dated  11/11/2010 11:13:01 A.M. Eastern Standard Time,
> >   [email protected] writes:
> >
> > In  theory, just in  theory. But  you cannot hear nor distinguish a
> certain
>  > pitch  above 5.000  Hz.
> >
> > And a greater  majority of all people in our  westernized  society has
>  severe
> > hearing loss.
> >
> >  But I admit,  you might feel the  extreme high pitches, - even painful 
 in
>
> > your ear, or the extreme
> > low   pitches in your stomache -  can make you  vomiting.
>  >
> >   
########################################################################
>  >  Am  11.11.2010 um 17:53 schrieb [email protected]:
>  >
> >>  The human ear can  usually hear from 20Hz to  20,000Hz.
> >>
> >> If you cannot hear above   5,000 Hz, then you probably have  severe
> hearing
>  >
> >> loss.
> >>
> >>   _http://www.noiseaddicts.com/2009/03/can-you-hear-this-hearing-test/_
>  >>   
(http://www.noiseaddicts.com/2009/03/can-you-hear-this-hearing-test/)
>  >>
> >> I have only halfway decent speakers - so I  probably  can't  output the
> > higher
> >>  frequencies. I made it to  12kHz only. It must be  all that time  near
> > large
> >> computer equipment, or my   speakers.
> >>
> >> -William
> >>
>  >>
> >> In a message   dated 11/11/2010 10:48:20  A.M. Eastern Standard Time,
> >>  [email protected]  writes:
> >>
> >> Hello  Hans   Illich,
> >>
> >> good calculation,
> >>  but A-5000  corresponds to a 4-times   smaller E-flat 0,44%  sharp,
> >>  if we take A=440 as the base.
>  >>
> >> Based  upon  A=440: E-flat=311,13
>  >> the corresponding  fraction of 5000 be  312,50  which  is 0,44% sharp.
> >> This E-flat  near 5000  Hz   would be 22Hz sharp  and be in the 5th
> octave
> >  =
> >> E-flat´´´´´
> >> thus exceeding most  peoples  hearing   capabilities.
> >>
>  >> Or explained  musically:
> >> two octaves   higher than the  notated high  E-flat, written with 3
>  ledger
> >> lines above staff
> >> in   concert  notation (=sound as written). It  might be notated  as
> trebble
> >> clef plus "octava  2" above
>  >> or similar.
> >>
> >> It would also mean,  that A-5000 does not    exist, if we go after 
human
> >>  naming of pitches.
> >>
> >> Mei  liawa ! Oba  bist  guad im kalkulian. Liawe   griass
>  >>
> >>   ###############################################################
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