Asked by Ariana Davis on Jul 13, 2024
Verified
The surface of the basilar membrane is lined with
A) hair cells.
B) olfactory receptors.
C) nerve fibers.
D) pistons.
Basilar Membrane
A key component of the inner ear within the cochlea, crucial for translating sound vibrations into neural signals through its movement.
Hair Cells
Sensory cells found in the inner ear that convert sound vibrations into electrical signals, aiding in hearing and balance.
Olfactory Receptors
Specialized nerve cells in the nose involved in the sense of smell.
- Absorb information on the organization and capabilities of the auditory system.
Verified Answer
JS
Jason SweetJul 19, 2024
Final Answer :
A
Explanation :
The surface of the basilar membrane contains hair cells, which are responsible for converting mechanical vibrations into electrical signals in the auditory system. Option B is incorrect as olfactory receptors are not found in the ear, option C is incorrect as nerve fibers are located beneath the basilar membrane, and option D is incorrect as pistons are not present in the ear.
Learning Objectives
- Absorb information on the organization and capabilities of the auditory system.