In the logistic population growth model, the per capita rate of population increase approaches zero as the population size (n) approaches the carrying capacity (k), as shown in the table. assume that rmax = 1.0 and k = 1,500. you can then calculate the population growth rate for four cases where population size (n) is greater than carrying capacity. to do this, use the equation for population growth rate in the table.
which population size has the highest growth rate?
a) n = 1,510
b) n = 1,600
c) n = 1,750
d) n = 2,000

The correct answer between all the choices given is the first choice or letter A, which is "N = 1,510". I am hoping that this answer has satisfied your query and it will be able to help you in your endeavor, and if you would like, feel free to ask another question.

first anwser choice.

step-by-step explanation:

the greater/less or equal to symbol (> or < with the line at the bottom) is a closed/filled in circle.

-5c + 2 _< _27

subtract from both sides by 2

-5c _< _ 27

divide both sides by -5

c _< _ 5.4

flip the inequality sign

c _> _5.4

the only possible answer that would match the simplified inequality is the first answer choice

step-by-step explanation:

answers available in this download

(pearson%2c%25202012)%2520bbs.pdf& usg=aovvaw1obmtxnfghfgxhx0urh_je