The exponential growth of the deer population in the country can be calculated using the model T= 20,000(1+.05)" where 20,000 is the initial deer population and .05 is the rate of growth. T is the total population aftern years have passed. (a) Predict the total population after 3 yr. The total population after 3 yr is about (Round to the nearest thousand as needed.)

Essentials Of Investments
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ISBN:9781260013924
Author:Bodie, Zvi, Kane, Alex, MARCUS, Alan J.
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The exponential growth of the deer population in the country can be calculated using the model
T= 20,000(1+.05)"
where 20,000 is the initial deer population and .05 is the rate of growth. T is the total
population after n years have passed.
(a) Predict the total population after 3 yr.
The total population after 3 yr is about
(Round to the nearest thousand as needed.)
Transcribed Image Text:The exponential growth of the deer population in the country can be calculated using the model T= 20,000(1+.05)" where 20,000 is the initial deer population and .05 is the rate of growth. T is the total population after n years have passed. (a) Predict the total population after 3 yr. The total population after 3 yr is about (Round to the nearest thousand as needed.)
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