Assume the carrying capacity of the earth is 15 billion. Use the 1960s peak annual growth rate of 2.1 ​% and population of 3 billion to predict the base growth rate and current growth rate with a logistic model. Assume a current population of 6.8 billion. How does the predicted growth rate compare to the actual growth rate of about 1.2 ​% per​ year? What is the base growth​ rate?
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​%
​(Round to four decimal places as​ needed.)
What is the estimated current growth​ rate?
nothing
​%
​(Round to two decimal places as​ needed.)

Someone answer this asap for gabriella uses the current exchange rate to write the function, h(x), where x is the number of u.s. dollars and h(x) is the number of euros, the european union currency. she checks the rate and finds that h(100) = 7.5. which statement best describes what h(100) = 75 signifies? a. gabriella averages 7.5 u.s. dollars for every 100 euros. b. gabriella averages 100 u.s. dollars for every 25 euros. c. gabriella can exchange 75 u.s. dollars for 100 euros. d. gabriella can exchange 100 u.s. dollars for 75 euros.