The following questions consider the Gompertz equation, a modification for logistic growth, which is often used for modeling cancer growth, specifically the number of tumor cells. 200. Show that the population grows fastest when it reaches half the carrying capacity for the logistic equation P ' = r P ( 1 − P K ) .
The following questions consider the Gompertz equation, a modification for logistic growth, which is often used for modeling cancer growth, specifically the number of tumor cells. 200. Show that the population grows fastest when it reaches half the carrying capacity for the logistic equation P ' = r P ( 1 − P K ) .
The following questions consider the Gompertz equation, a modification for logistic growth, which is often used for modeling cancer growth, specifically the number of tumor cells.
200. Show that the population grows fastest when it reaches half the carrying capacity for the logistic equation
P
'
=
r
P
(
1
−
P
K
)
.
Finite Mathematics & Its Applications (12th Edition)
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