The optimum yield of a given population is 400, the initial value is 100, and the population would, in the absence of constraints, grow by 22% per year. a) Find the formula for the logistic model using the above information. b) Determine how long it will be before the population reaches 535.
The optimum yield of a given population is 400, the initial value is 100, and the population would, in the absence of constraints, grow by 22% per year. a) Find the formula for the logistic model using the above information. b) Determine how long it will be before the population reaches 535.
Chapter6: Exponential And Logarithmic Functions
Section6.8: Fitting Exponential Models To Data
Problem 11SE: To the nearest whole number, what is the initial value of a population modeled by the logistic...
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The optimum yield of a given population is 400, the initial value is 100, and the
population would, in the absence of constraints, grow by 22% per year.
a) Find the formula for the logistic model using the above information.
b) Determine how long it will be before the population reaches 535.
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