The logistic equation models the growth of a population. P(t) = 1560 1 + 25e−0.65t (a) Use the equation to find the value of k. k = (b) Use the equation to find the carrying capacity. (c) Use the equation to find the initial population. (d) Use the equation to determine when the population will reach 50% of its carrying capacity. (Round your answer to four decimal places.) yr (e) Use the equation to write a logistic differential equation that has the solution P(t). dP dt = P(0) =
The logistic equation models the growth of a population. P(t) = 1560 1 + 25e−0.65t (a) Use the equation to find the value of k. k = (b) Use the equation to find the carrying capacity. (c) Use the equation to find the initial population. (d) Use the equation to determine when the population will reach 50% of its carrying capacity. (Round your answer to four decimal places.) yr (e) Use the equation to write a logistic differential equation that has the solution P(t). dP dt = P(0) =
Chapter5: Exponential And Logarithmic Functions
Section5.5: Exponential And Logarithmic Models
Problem 30E: The table shows the mid-year populations (in millions) of five countries in 2015 and the projected...
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The logistic equation models the growth of a population.
P(t) =
1560 |
1 + 25e−0.65t |
(a) Use the equation to find the value of k.
(b) Use the equation to find the carrying capacity.
(c) Use the equation to find the initial population.
(d) Use the equation to determine when the population will reach 50% of its carrying capacity. (Round your answer to four decimal places.)
yr
(e) Use the equation to write a logistic differential equation that has the solution
k =
(b) Use the equation to find the carrying capacity.
(c) Use the equation to find the initial population.
(d) Use the equation to determine when the population will reach 50% of its carrying capacity. (Round your answer to four decimal places.)
yr
(e) Use the equation to write a logistic differential equation that has the solution
P(t).
|
= |
|
||
P(0)
|
= |
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