Respuesta :

False

Because low frequencies generate maximum displacement towards the apical end of the cochlea, while high frequencies cause maximal displacement close to the base of the cochlea (near the stapes).

How does the basilar membrane's mobility depend on the frequency of sound waves?

The distance that sound waves travel decreases with increasing frequency. As a result, a tone at a certain frequency causes stimulation to peak at a particular location on the basilar membrane.

Where in the cochlear duct do frequencies ranging from high to low pitches activate the hair cells?

With respect to the cochlea's base and apex, high frequencies and low frequencies respectively activate hair cells.

To know more about cochlea visit:-

https://brainly.com/question/29704132

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