in order to figure out where sound are coming from we -them
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ANSWER ARE :-
ANSWER ARE :- Probably not. To find out you'll have to test your ear's hearing threshold seperately. You may get a rough estimate by using online or phone apps in a quite room (at night)
ANSWER ARE :- Probably not. To find out you'll have to test your ear's hearing threshold seperately. You may get a rough estimate by using online or phone apps in a quite room (at night)Localisation is done partly by loudness difference, runtime and phase difference but also sound differences in the frequency spectrum due to the shape of the ear shell.
ANSWER ARE :- Probably not. To find out you'll have to test your ear's hearing threshold seperately. You may get a rough estimate by using online or phone apps in a quite room (at night)Localisation is done partly by loudness difference, runtime and phase difference but also sound differences in the frequency spectrum due to the shape of the ear shell.Longer waveform sounds, thus sounds with low frequency (below 200Hz) are known to be difficult to localize. This is because the wavelengths are in the order of the size of your head or bigger. So you you won't capture significant phase differences. If in addition you are in a reverberant room the loudness difference is also small making localization difficult.
ANSWER ARE :- Probably not. To find out you'll have to test your ear's hearing threshold seperately. You may get a rough estimate by using online or phone apps in a quite room (at night)Localisation is done partly by loudness difference, runtime and phase difference but also sound differences in the frequency spectrum due to the shape of the ear shell.Longer waveform sounds, thus sounds with low frequency (below 200Hz) are known to be difficult to localize. This is because the wavelengths are in the order of the size of your head or bigger. So you you won't capture significant phase differences. If in addition you are in a reverberant room the loudness difference is also small making localization difficult.This effect is put to economical use in hi-fi. You can spare a speaker by replacing the pair of woofers for low frequency by a single subwoofer without much noticeable drawbacks.