Excess sound can cause permanent damage to these cells, which interrupts the mechanism of sound transmission. Damage may also happen via the connection between the hair cells and nerve cells, which can be interrupted by excess sound, even if the hair cells remain normal.
The vibrations are greater and the hairs move more when the noise is louder. The hair cells eventually lose their sensitivity to sound vibration when exposed over time to loud music. Sometimes the loud music also causes the hair cells to bend or fold over, which causes a momentary loss of hearing.
Answers & Comments
Verified answer
Answer:
Excess sound can cause permanent damage to these cells, which interrupts the mechanism of sound transmission. Damage may also happen via the connection between the hair cells and nerve cells, which can be interrupted by excess sound, even if the hair cells remain normal.
jo..in[tihpv savtb]
Answer:
Explanation:
The vibrations are greater and the hairs move more when the noise is louder. The hair cells eventually lose their sensitivity to sound vibration when exposed over time to loud music. Sometimes the loud music also causes the hair cells to bend or fold over, which causes a momentary loss of hearing.