Anatomy and Physiology of the Auditory System Quiz

Ossicles transmit sound vibrations to the cochlea.

The cochlea transmits sound vibrations to the brain.

The small bones in the middle ear that transmit sound vibrations are called incus.

Human speech is typically associated with the frequency range of 200 - 2000 Hz.

The tympanic membrane converts sound waves into mechanical vibrations.

Converting sound waves into electrical signals is not a function of the outer ear.

Ossicles are responsible for amplifying sound waves.

Hair cells responsible for converting sound waves into electrical signals are located in the cochlea.

The primary function of the auditory nerve is to transmit sound signals to the brain.

The Eustachian tube in the ear equalizes air pressure between the middle ear and the environment.

The semicircular canals are responsible for maintaining balance.

The bending of sound waves as they pass around obstacles or through openings is called diffraction.

The perception of sound intensity is called loudness.

The protective reflex that prevents damage to the inner ear from loud sounds is called the acoustic reflex.

The temporal lobe processes sound signals received from the auditory nerve.

The ability of the ear to distinguish between different frequencies is called frequency discrimination.

The midbrain (mesencephalon) is responsible for processing auditory information.

The vestibule in the inner ear contains the otolithic organs responsible for detecting linear acceleration and gravity.

The primary auditory cortex is responsible for decoding complex auditory stimuli such as speech and music.