Answer:
The cochlea contains of tiny stereocilia, or tiny hair cells.
Explanation:
By definition, cochlea is a snail-shaped portion of the inner ear, that belongs to the auditory system. Cochlea receives the vibrating sounds and it causes <em>stereocilia</em> (bundle of tiny hairs, visible in that shape only under the microscope) to move. Then, those vibrations are converted into nerve impulses, and further sent to brain so the received nerves can be processed.
That hearing is an extraordinary process, says the fact that we have over 15000 tiny hair cells! When sounds are too loud for too long, these bundles of <em>stereocilia</em> can be damaged. The damaged hair cells can't respond to sound, which causes noise-induced hearing loss. Since hair cells can’t be repaired or even replaced in humans, hearing loss is often permanent.
I believe the answer is: the independent variable in this study.
Independent variable refers to the type of variable that cannot be affected by other variables and would by the researchers as a control group. To measure which one is better of driving, examples of the independent variables that could be used are : Number of accidents, number of traffic violation, number of gender who compete in professional driving, etc.
Answer: Supply , Decrease.
Explanation:
According to the situation mentioned in the question, it is depicted that Baltimore newspaper has increased their price or had price hike due to the increase in newsprint's price.
This situation will primarily lead to the decrease in the demand of the Baltimore's newspaper.Thus, this will further have a relative effect the supply of the newspaper i.e. supply will decrease .
