Author Question: According to the place theory of pitch perception, how do sound waves affect the basilar membrane? ... (Read 176 times)

c0205847 · **on:** Jun 19, 2018

According to the place theory of pitch perception, how do sound waves affect the basilar membrane?

a. High-frequency tones stiffen the membrane; low-frequency tones relax the membrane.
b. High-frequency tones relax the membrane; low-frequency tones stiffen the membrane.
c. High-frequency tones produce maximum movement at the base; low-frequency tones produce maximum movement near the apex.
d. High-frequency tones produce maximum movement near the apex; low-frequency tones produce maximum movement at the base.

Question 2

When Genaya drops a plate in the kitchen, her roommate Kayla in the next room quickly turns her head toward the kitchen. What brain structure is responsible for Kayla reflexively turning her head toward the loud noise?

a. primary auditory cortex
b. secondary auditory cortex
c. pons
d. midbrain