I can only imagine it's bad for your ears at that frequency and intensity. But, give it a tryYes but i dont care a shiit about 85dB at 20khz i just dont hear it. Why this should pierce my ears?
I can only imagine it's bad for your ears at that frequency and intensity. But, give it a tryYes but i dont care a shiit about 85dB at 20khz i just dont hear it. Why this should pierce my ears?
I can only imagine it's bad for your ears at that frequency and intensity. But, give it a try
Just because the ear cilia no longer function up there doesn't mean it's harmless. Luckily, no sane music features that kind of treble.Maybe i get deaf not so much in the science books to finde about. But at least i dont hear it.
What will the harm be?Just because the ear cilia no longer function up there doesn't mean it's harmless. Luckily, no sane music features that kind of treble.
Well, that's a good question. Not sure. Except I don't want to find out using my earsWhat will the harm be?
Just because the ear cilia no longer function up there doesn't mean it's harmless. Luckily, no sane music features that kind of treble.
This could explain some of the 110dB listenersI dont know how dangerous it is hearing 85db at 35khz. But one thing is clear if you like to archive 85dB at 35khz with normal music, you get your ears blown much faster with the lower frequence parts.
This could explain some of the 110dB listeners
Agreed. You won't get much past 20kHz from most material, because of the Nyquist filter if nothing else.See lets imagine a good mic is already down a lot(a lot) at 35khz . Than even the best pickups are a lot(lot) down at 35khz. And digital ? 44khz sampling is a lot(a lot) down at 35 khz. No no need to care about 10dB up from a dome there.
Agreed. You won't get much past 20kHz from most material, because of the Nyquist filter if nothing else.
Dunno. I guess if we get a cat to experiment on, we can find out!Whats leads us to the question is 80dB at 3khz more dangerous for the hearing than 80dB at 35khz? What i dont know.
I'm sure it is -- I wouldn't understand it, though.The structure of modern digital broadcasting is good engineering, too.
It's probably like aiming a UV laser into one's eye.Well, that's a good question. Not sure. Except I don't want to find out using my ears
Dunno. I guess if we get a cat to experiment on, we can find out!
When listening to music with an average of 85 dB, any 20 kHz sound will not be 85 dB. Rather is 40 to 60 dB down from there.
In the car, the head movement is even more pronounced (depends of course also on your skill level ) and it is very unlikely that you will hear the full range driver exactly on axis.for a possible car audio application yesterday.