Answer:
See the answer below
Explanation:
The impacts of wiping out the mice can be classified into two - positive or negative.
The positive impact resulting from wiping out the mice would be felt in terms of reduced destruction to properties, transmission of pathogens, and constituting a nuisance to the environment.
The negative impact, however, will largely be felt on the existing food chains in the community. Organisms that serve as food for the mice will experience a boost in their population as a result of reduced predation while organisms whose source of food depends on the mice will see a decline in their own population as a result of inadequate food. <em>This might create a chain reaction that may lead to a major disruption to the food chains and the overall functioning of the ecosystem. </em>
Answer:
E. This population is in Hardy-Weinberg equilibrium.
Explanation:
A population in Hardy-Weinberg equilibrium maintains constant allele and genotype frequencies over generations. To obtain the Hardy-Weinberg equilibrium, none of the evolutionary forces (genetic drift, mutation, natural selection, etc.) should be operative on the gene pool as they deviate the population from the equilibrium.
According to the given information, the allele frequencies and hence the genotype frequencies in a population of butterflies are constant over two decades. This shows that the population is at Hardy-Weinberg equilibrium and is not evolving.
Answer:
Bad and good cholesterol.
Explanation:
The bad cholesterol generates low density liproprotein which is dangerous to the body system , hence the name "bad cholesterol". Most heart related diseases are linked to excess of the this cholesterol in the body. while the good cholesterol generates high density liproprotein that helps in discharging bad cholesterol from accumulating in the arteries .
That is True. And did you know we only ever see one side of the moon?
