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Originally posted by RedBird
I could sense the vibrations starting at 40hz, but could not actually hear it until 50hz.
I lost the sound at 14kHz, but continued sensing the vibrations until 16kHz.
Some of the frequencies caused me physical discomfort. starting at 3 kHz my heart began palpitating, and I started to feel nauseous, but this gave way by about 7 kHz and I felt fine for the remainder.
Very neat, and also strange. I was surprised to find that I had physiological responses to some of the frequencies.
EDIT - I'm 24, and I've got slightly below-average hearing thanks to the military!
[edit on 17-3-2010 by RedBird]
being a conspiracy site and all, I think this might be a great way to obtain people's age. 20hz was very clear.
It feels like my brain want's to explode (and all thinng bengin to move on my desk)
Originally posted by jinx880101
I found this while looking for a sound file of 62hz. Reason being, 62hz is the frequency a perfectly healthy human body resonates at. Couldn't find it.
In any case, I found this you tube video, which is a hearing test of some sort... & was fascinated by the comments.
The 13 year old could hear all the way up to 20khz!
Most others averaged at around 17 khz.
Apparently, the older you are, the lower the frequency you can hear...let's see if that holds truth.
It doesn't take long, & PLEASE be considerate to your pets if you have any
I'm 22 years young.
I could hear from 20hz up to 17 khz. I think it disappeared at 18khz.
But when I first tried I could only hear to 15khz
(My ears have been blocked for 4 days now, due to sinusitis) but I don't think that would really make a big difference)
This should be quite exiting.
And would love to see what the hearing range of the members here are. Just for fun.
PS.
If anyone can direct me to that 62htz sound file, I would be really grateful.
[edit on 23/01/2010 by jinx880101]
Originally posted by Lombardy Inn
reply to post by Qumulys
Got the same result through a freq analysis in PT.
You tube cant capture the bit depth needed to produce those frequencies.
Think pixels on a screen in terms of digital audio resolution.
Nice fun test to do but this test IMO is unvalid because:
1. It's a YouTube video (YouTube has BAD audio capabilities.)
2. You would need a fairly quite room to concentrate on the tones. (Doesn't have to be perfect.)
3. People need proper linear speakers for this. Some speakers can't even play that tonerange. (If it can, then fine.)
4. Acoustics play a BIG PART. If your room is shaped in a certain way, tones can become dim and others can be louder. (My room has that problem.) Solution = Sound absorbers. But I'm guessing that when you heard the youtube video, the sound went up and down in volume, no?
3. It's a YouTube video (YouTube has BAD audio capabilities.)!!
Originally posted by SalkinVictory
Originally posted by jinx880101
I found this while looking for a sound file of 62hz. Reason being, 62hz is the frequency a perfectly healthy human body resonates at. Couldn't find it.
In any case, I found this you tube video, which is a hearing test of some sort... & was fascinated by the comments.
The 13 year old could hear all the way up to 20khz!
Most others averaged at around 17 khz.
Apparently, the older you are, the lower the frequency you can hear...let's see if that holds truth.
It doesn't take long, & PLEASE be considerate to your pets if you have any
I'm 22 years young.
I could hear from 20hz up to 17 khz. I think it disappeared at 18khz.
But when I first tried I could only hear to 15khz
(My ears have been blocked for 4 days now, due to sinusitis) but I don't think that would really make a big difference)
This should be quite exiting.
And would love to see what the hearing range of the members here are. Just for fun.
PS.
If anyone can direct me to that 62htz sound file, I would be really grateful.
[edit on 23/01/2010 by jinx880101]
Nice fun test to do but this test IMO is unvalid because:
1. It's a YouTube video (YouTube has BAD audio capabilities.)
2. You would need a fairly quite room to concentrate on the tones. (Doesn't have to be perfect.)
3. People need proper linear speakers for this. Some speakers can't even play that tonerange. (If it can, then fine.)
4. Acoustics play a BIG PART. If your room is shaped in a certain way, tones can become dim and others can be louder. (My room has that problem.) Solution = Sound absorbers. But I'm guessing that when you heard the youtube video, the sound went up and down in volume, no?
3. It's a YouTube video (YouTube has BAD audio capabilities.)!!
--
Haha, I can't stress it enough, youtube sucks for that kind of stuff.. I'm a producer and a soundtechnician and I can hear untill 20khz, but only under good circumstances with linear sounding speakers and a fine room.
But, I've done this test myself and it's really interesting! It's funny to think how much 20khz is more like air then sound.
When you go real down below to 50hz, it's physics playing in! As in airpressure etc.
The 16-18khz is sometimes known as the "breath" area for singers etc. Because when you boost that frenquency area of a singer, the singer gets spacious (In a good way!) and is much more pleasant to listen to, unless of course you are looking for a different result!
Nice test though!
But I can't gurantee you of proper resuslts from other members which can propably hear something else than that video.
Originally posted by ThenThanCorrectionMan
If you have tinitus the high frequencies never leave.Trust me I know.