Wiki User
∙ 13y agoI think that humans can hear low frequencies the best because they travel farther and the wave form is wider. High frequencies break up easily against walls and buildings. Think about a loud car stereo on your street.
Wiki User
∙ 13y agoNo. Earth tones are greens and browns.
Browns, greens, beiges... Some tones of orange can go there.
The frequency of sound that is audible to humans is generally within the range of 20Hz to 20,000Hz. For humans that is about 10 to 20 hertz for the low end and about 20,000 to 25,000 hertz for a high end. Adults can not hear as high as children. We lose that high end ability. There are some ring tones for phones now that only kids can hear. Well, many animals can also, but probably not your parents.
It takes a pretty long time because it cost tones of money.It also depends how big the area is.
Because God made it Blue -------------------------------------------------------------------------------- Water absorb long wavelengths of radiation as red, orange, yellow and green; reflection and refraction in water are not so important. And as consequence all we see is the remaining blue radiation. Religious interpretation is only stupid.
No, the ear cannot distinguish two pure tones having the same frequency and amplitude.
Frequency Theory
Sounds consist of fundemental tones and overtones. A single frequency is a fundemental tone.
if you mean bass its a big fish tat lives in fresh water mainly rivers i think
Bacause they can't
because their ears are more developed.
Not neccessarily, pitch depends on the fundamental frequency. The number of partial tones is independent from fundamental frequency, and, roughly speaking, determines the timbre of the sound (through variables like spectral balance, for example).
he used it to find out the diffetrent tones and frequency in things that pas by like a train horn first its at a high frequency then into a low fruequency
The tone, or frequency of sound depends on the density of the medium that it is travelling through. Without information about the composition of the natural gas, it temperature and pressure, it is not possible to work out its density and so the tone of sounds propagating through it.
in-band signaling
They don't understand words, but they are familiar and respond to tones.
Dual-tone multi-frequency dialing refers to the fact that when a non-rotary phone dials, it sends two tones at the same time. When these tones are put together, a distinct sound is created, which is recognized by the switch at your phone service provider.