k Computer graphic of the anatomy of the human ear Ear anatomy. Computer graphic of a section through the skull, showing the anatomy of the human ear. Sound waves are collected by the outer ear pinna at left and pass down the auditory canal to strike the eardrum centre right. Vibrations of sound are transmitted via three tiny ear bones malleus, incus and stapes into fluidfilled structures of the inner ear upper centre right. Three coils of the semicircular canals detect balance and body orientation. While in the spiralshaped cochlea, tiny hair cells are sensitive to vibrations of the cochlear fluid and these cells activate the auditory nerve far right which is connected to the brain. Stock Photo - Afloimages
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Computer graphic of the anatomy of the human ear Ear anatomy. Computer graphic of a section through the skull, showing the anatomy of the human ear. Sound waves are collected by the outer ear pinna  at left  and pass down the auditory canal to strike the eardrum  centre right . Vibrations of sound are transmitted via three tiny ear bones  malleus, incus and stapes  into fluid filled structures of the inner ear  upper centre right . Three coils of the semi circular canals detect balance and body orientation. While in the spiral shaped cochlea, tiny hair cells are sensitive to vibrations of the cochlear fluid and these cells activate the auditory nerve  far right  which is connected to the brain.
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Computer graphic of the anatomy of the human ear

Ear anatomy. Computer graphic of a section through the skull, showing the anatomy of the human ear. Sound waves are collected by the outer ear pinna (at left) and pass down the auditory canal to strike the eardrum (centre right). Vibrations of sound are transmitted via three tiny ear bones (malleus, incus and stapes) into fluid-filled structures of the inner ear (upper centre right). Three coils of the semi-circular canals detect balance and body orientation. While in the spiral-shaped cochlea, tiny hair cells are sensitive to vibrations of the cochlear fluid and these cells activate the auditory nerve (far right) which is connected to the brain.

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