Some mutations in living species help them to adapt and help protect them from predtors
Answer:
C. disruptive natural selection
Explanation:
Disruptive selection is a type of natural selection in which extreme phenotypes are favored over intermediate phenotypes in a population. Environmental change is a major factor that can bring about disruptive selection. The individuals with the extreme phenotypes adapt well and are able to survive in the particular environment, while those individuals with intermediate phenotypes would hardly survive or be greatly reduced in number.
The gray rock outcrops and the brown soils of the Island favors the survival of mice with brown and gray fur color respectively. The fur colors of these two extreme phenotypes in the population of mice, have helped both varieties against Hawks as their main predators, hence establishing their existence on the Island.
Answer:
b. can be highly variable depending on season and rainfall.
Explanation:
1. <span>It is a salt because it is formed by the reaction of an acid and a base.
</span>2. BASE increases the concentration
The kinesthetic system relies on receptors in the vestibular nerve to relay information to the brain.
<h3>What is vestibular nerve?</h3>
- The vestibular nerve transmits motion and positional information.
- The vestibular apparatus, ocular muscles, postural muscles, brainstem, and cerebral cortex all communicate with each other in unison as part of the vestibular system.
- The vestibulocochlear nerves have two main categories of unique sensory function.
- The cochlear nerve controls hearing, while the vestibular nerve controls balance and equilibrium.
- The vestibule and cochlea, which are monitoring receptors in the inner ear, are the origin of the vestibulocochlear nerves.
- The most likely causes, according to researchers, are viral infections of the inner ear, swelling around the vestibulocochlear nerve, or viral infections that have already spread to other parts of the body.
Learn more about vestibular nerve here:
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