Your inner ear has a long coil like structure full of fluid and highly sensitive hairs. Depending on which frequencies are being received depends on how far down the coil the sound resonates which in turn causes different hairs to vibrate. The hair vibrations are picked up by lots of nerves and sent the brain. Because some sounds can resonate a bunch of hairs; The brain is able to cancel out different signals, and boost signals as to get a better picture of the sounds which are really being heard.
Your ears help you!
Because they have different shapes and anatomy of ears which are adapted for their environment and serve them different purposes.
"Subaudible" frequencies.
Some animals can hear higher frequencies than humans can. This is why animals can hear things like dog whistles, and we can't hear them. In all, animals can hear differently than humans in the way that they can hear more. Some animals can hear lower frequencies than humans can. Elephants can hear much lower frequencies than humans.
Because each animal has a different range of sensitivity for sound frequencies; also not all the human beings are identical.
Simply because the human ear can detect many thousands of different frequencies (typically 50Hz to 20,000Hz) Testing someone's hearing ability over a range of frequencies determines whether they can hear the normal spectrum of sound or not. As we get older - our hearing starts to fade - and we no longer hear the higher or low frequencies at the edge of the normal range.
Sound waves too high for humans to hear are called: ultrasonic
the range of sound frequencies that humans can hear is about0to200Hz
You hear 'beats', or pulses, and these pulses happen at a frequency which is the difference between the frequencies of the nearly identical tones.
Different frequencies, like the different positions of the keys on a piano have different frequencies. The winding of an electromagnetic produces different frequencies at different levels, But we do not have any equipment to measure frequencies that small
the different tensions of the different strings of violin are responsible for different frequencies.
frequencies.
An infinite number of sounds can be mixed together into a single sound wave. The different frequencies don't matter, unless they are specific frequencies that cancel each other out. You'll notice that, even though you have only two ears, you can still hear all those sounds at the same time.