If a mutation creates a new fur color in a wolf population, what factor might determine whether the frequency of the new trait w
ill go up? A. how many other alleles are present B. whether the mutation was caused by nature or by human intervention C. how many phenotypes the population has D. whether the mutation makes some wolves more fit for their environment than other wolves
Option D,whether the mutation makes some wolves more fit for their environment than other wolves
Explanation:
Mutation creating a new fur color in the wolf population will continue to persists in the ecosystem only when it makes the wolf population more fit to survive in the prevailing environmental conditions.
For instance , if the new fur color makes wolf appear as a violent species to its predators then as per the theory of natural selection more and more wolf will interbreed with colorful fur wolf species to produce offspring that are able to cope up with the environment and emerge as the fittest of all.
ATP is how cells store energy. These storage molecules are produced in the mitochondria, tiny organelles found in eukaryotic cells sometimes called the “powerhouse” of the cell.
Predators hunt prey. (Obviously). As such, they help control the population of that particular prey-species. If the predator species is removed from the equation, 2 times are changed. Long term & short term. Long term includes lower populations due to lack of resources. Short term includes overpopulation due to lack of threat.
