Write the solution of the logistic initial-value problem dP/dt = 0.00008P(1000 - P) P(0) = 100 and use it to find the population sizes P(40) and P(80) . Atwhat time does the population reach 900?
Write the solution of the logistic initial-value problem dP/dt = 0.00008P(1000 - P) P(0) = 100 and use it to find the population sizes P(40) and P(80) . Atwhat time does the population reach 900?
Chapter6: Exponential And Logarithmic Functions
Section6.8: Fitting Exponential Models To Data
Problem 5SE: What does the y -intercept on the graph of a logistic equation correspond to for a population...
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Write the solution of the logistic initial-value problem
dP/dt = 0.00008P(1000 - P) P(0) = 100
and use it to find the population sizes P(40) and P(80) . At
what time does the population reach 900?
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