The population of a culture of bacteria is modeled by the logistic equation P (t) = 14,250 / 1+29e – 0.62t To the nearest tenth, how many days will it take the culture to reach 75% of it’s carrying capacity? What is the carrying capacity? What are the virtues of logistic model?
The population of a culture of bacteria is modeled by the logistic equation P (t) = 14,250 / 1+29e – 0.62t To the nearest tenth, how many days will it take the culture to reach 75% of it’s carrying capacity? What is the carrying capacity? What are the virtues of logistic model?
Chapter6: Exponential And Logarithmic Functions
Section: Chapter Questions
Problem 65RE: The population of a culture of bacteria is modeled by the logistic equation P(t)=14,2501+29e0.62t...
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The population of a culture of bacteria is modeled by the logistic equation
P (t) = 14,250 / 1+29e – 0.62t
To the nearest tenth, how many days will it take the culture to reach 75% of it’s carrying capacity?
What is the carrying capacity?
What are the virtues of logistic model?
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