Sound is funnel into our ear canal by our ear. The sound then hits a sack of fluid and causes the water inside to ripple. Hairs in the sack detect how much vibration is in the water at different areas of the sack and send the information to our brain
Sound is vibration transmitted through a solid, liquid, or gas; particularly, sound means those vibrations composed of frequencies capable of being detected by organs of hearing.
Sound is captured by the outer ear & the pinna makes it much clearer then interpreted through the brain so you understand.
Different wavelengths and frequencies of light are interpreted as different colours; those of sound are interpreted as pitch.
Different wavelengths and frequencies of light are interpreted as different colours; those of sound are interpreted as pitch.
The Cochlea, but techinically it's the inner ear.
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Sound travels through the air - causing the ear-drum to vibrate. This sends impulses to teh brain which is interpreted as sound.
The hairs in the cochlea are responsible for producing the nerve impulses that travel to the brain's temporal lobes to be interpreted as sound.
Longitudinal wave Which can be in turn interpreted as a transverse wave. It has frequency, amplitude, crests & through.
Because our eardrums are moved by sound pressure variations we use the sound pressure with the unit pascal Pa = N/m². The vibrations are interpreted by the brain through experience and learning.
Some animals like bats and dolphins use sound to navigate. They do this by sending out sound waves. These bounce off of objects and come back to the animal. These returning sound waves are interpreted by the brain and create a kid of map for the animal.
The most likely explanation is that a sound somewhere near the sleeper was interpreted by the sleeping mind as a doorbell.
By multiple vibrations in the air aka sound waves. An object which creates kinetic energy produces air pressure variations which are interpreted as sound by the brain via the ear drum and the nerves in the inner ear.
Some animals like bats and dolphins use sound to navigate. They do this by sending out sound waves. These bounce off of objects and come back to the animal. These returning sound waves are interpreted by the brain and create a kid of map for the animal.