The starting size of Population A is 1,000, and the starting size of Population B is 10,000.Both are growing at a rate of r = 1.00.Over a 10-year period, how will exponential growth affect these populations?
A) Both will add the same number of individuals for each of the 10 years, because the growth rates are the same.
B) Both will add more individuals each year, but the number they add each year will be the same because the growth rates are the same.
C) Population A will grow faster because it will add more individuals every year than Population B, due to its larger starting population.
D) Population B will grow faster because it will add more individuals every year than Population A, to make up for its lower growth rate.
E) Population A will add more individuals per year and grow faster because it has both a higher growth rate and a higher starting population.

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The Answer of The starting size of Population A is 1,000, and the starting size of Population B is 10,000.Both are growing at a rate of r = 1.00.Over a 10-year period, how will exponential growth affect these populations?
A) Both will add the same number of individuals for each of the 10 years, because the growth rates are the same.
B) Both will add more individuals each year, but the number they add each year will be the same because the growth rates are the same.
C) Population A will grow faster because it will add more individuals every year than Population B, due to its larger starting population.
D) Population B will grow faster because it will add more individuals every year than Population A, to make up for its lower growth rate.
E) Population A will add more individuals per year and grow faster because it has both a higher growth rate and a higher starting population.

The Starting Size of Population a Is 1,000, and the Starting