Primary auditory cortex
If all sound in your locality were of the same frequency, it would result in a lack of variety in the soundscape, making it monotonous and potentially disruptive to communication and perception. It could also lead to difficulties in distinguishing between different sources of sound and impact the overall quality of life in the area.
The auditory cortex, located in the temporal lobe of the brain, is responsible for processing sound information from the ears. Sound waves are converted into electrical signals that are then interpreted as sound by this part of the brain.
Damage to the auditory perception area of the brain can result in various auditory processing disorders, such as difficulty distinguishing sounds, understanding speech, or locating the source of a sound. Depending on the severity and location of the damage, it can lead to problems with processing and interpreting auditory information correctly. Treatment may involve therapy to improve auditory processing skills and techniques to compensate for the impairment.
It will, but if you want all-over better quality (especially in the sound area) then you want to get one that will plug into the bottom of the iPod. The quality of the sound from the two places are incomparable!
The auditory nerve transmits sound signals from the inner ear to the brain. It carries electrical impulses generated by the hair cells in the cochlea to the brainstem, where the signals are further processed and interpreted as sound.
the back right area of the brain
The convolutions in the brain increase surface area. In simpler words, those lines and ridges in the brain are what increases the surface area.
In the insula of the cerebrum area of the brain
The area of Brain-sur-Allonnes is 33.32 square kilometers.
The area of Brain-sur-Longuenée is 22.43 square kilometers.
In adults, Gerstmann syndrome may be acquired when bleeding into the brain during a stroke or after a traumatic head injury occurs in an area of the left parietal lobe called the angular gyrus.
The brainstem, specifically the superior olivary complex, is responsible for processing auditory reflexes such as the startle reflex and sound localization.