Analysis of the Logistic Function P(t)

We will develop the results of this section as a series of exercises.

Exercise 1 : First, we note that the horizontal asymptotes are 0 and [Maple Math] . Why?

Next, note that we can rewrite the differential equation as

[Maple Math] .

Exercise 2 : From the above equation, we can see that the growth rate is at a maximum when [Maple Math] . You should verify this by completing the following problem and explaining its relevance.

Problem : Let [Maple Math] . Show that [Maple Math] has a maximum when [Maple Math] .

Exercise 3 : Show that [Maple Math] implies that [Maple Math] .

Exercise 4 : Show that ( [Maple Math] ) is a point of inflection on the graph of [Maple Math] .

Exercise 5 : Show that the maximum growth rate is [Maple Math] .

Go back