No
No, auditory ossicles amplify and transmit sound vibrations. The auditory tube is the place where the air pressure in the middle ear can be equalized by bringing air in from or out to the pharynx or throat.
No. It does not transmit the sound waves.
The auditory canal allows sound to get to the eardrum.
The auditory canal allows sound to get to the eardrum.
The idea is that our ears have organs which are specifically designed to detect those vibrations. Note that only vibrations between about 20 and 20,000 hertz (i.e., cycles per second) can be detected by human ears.
No, auditory ossicles amplify and transmit sound vibrations. The auditory tube is the place where the air pressure in the middle ear can be equalized by bringing air in from or out to the pharynx or throat.
No. It does not transmit the sound waves.
The auditory canal allows sound to get to the eardrum.
The answer is the auditory (Eustacean) tube.
Middle ear: amplify & transmit sound vibrations from tympanic membrane to oval window. Inner ear: to covert the sound vibrations into electrical energy and maintain equilibrium.
pharyngotympanic or auditory tube (formerly known as the eustachian tube)
The auditory canal allows sound to get to the eardrum.
The auditory canal allows sound to get to the eardrum.
The cochlea of the inner ear contains a membranous tube called the cochlear duct. This duct is filled with fluid that vibrates when the sound waves from the stirrup (stapes) bone strike against it. In the cochlear duct are delicate cells which make up the organ of Corti. These hair-like cells pick up the vibrations caused by sound waves against the fluid, then they transmit them through the auditory nerve to the hearing center of the brain.
The auditory system is essentially the entire pathway sound has to take. The peripheral auditory system takes the sound and translates it into the electrical processes that the brain can interpret. Then these signals get sent through the central auditory system.
The idea is that our ears have organs which are specifically designed to detect those vibrations. Note that only vibrations between about 20 and 20,000 hertz (i.e., cycles per second) can be detected by human ears.
Auditory tubeThe auditory tube which used to be called the Eustacean tube.