Endangered Species In a protected environment. the population P of a certain endangered species recovers over time t (in years) according to the model P ( t ) = 30 ⋅ 1.149 x What is the size of the initial population of the species? According to the model, what will be the population of the species in 5 years? According to the model, what will be the population of the species in 10 years? According to the model, what will be the population of the species in 15 years? What is happening to the population every 5 years?
Endangered Species In a protected environment. the population P of a certain endangered species recovers over time t (in years) according to the model P ( t ) = 30 ⋅ 1.149 x What is the size of the initial population of the species? According to the model, what will be the population of the species in 5 years? According to the model, what will be the population of the species in 10 years? According to the model, what will be the population of the species in 15 years? What is happening to the population every 5 years?
Solution Summary: The author explains that the size of the initial population of a certain endangered species recovers over time t in years is 30.
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