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.
I’d say D. The cost of treatment becomes more affordable than with medical insurance because treatment is extremely expensive and medical insurance lowers the cost.
B: add more water Explanation: it makes sense
It take about an average of about 8min and 20sec
Bone cell:
•They are osteocytes
•Bone cells from a system of <em>infrastructure</em> in the skeletal system
•Bone cells have <em>thin</em> cytoplasmic branches.
Muscle cell:
•<em />They are myocytes
•Muscle cells provide an aid in the movement of the body by performing contraction and relaxation.
•Muscle cells do not have <em>thin </em>cytoplasmic branches (except for the cardiac muscle cells)
Hope this helped! I listed three so that you can have a better idea.
