Suppose that a population develops according to the logistic equation
$$\frac { d P } { d t } = 0.05 P - 0.0005 P ^ { 2 }$$
where $t$ is measured in weeks. What is the carrying capacity?
Select the correct answer.
A) $K = 600$
B) $K = 0.05$
C) $K = 100$
D) $K = 0.0005$
E) $K = 500$

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The Answer of Suppose that a population develops according to the logistic equation
$$\frac { d P } { d t } = 0.05 P - 0.0005 P ^ { 2 }$$
where $t$ is measured in weeks. What is the carrying capacity?
Select the correct answer.
A) $K = 600$
B) $K = 0.05$
C) $K = 100$
D) $K = 0.0005$
E) $K = 500$

Suppose That a Population Develops According to the Logistic Equation dPdt=0.05P−0.0005P2\frac { d P } { d t } = 0.05 P - 0.0005 P ^ { 2 }dtdP​=0.05P−0.0005P2

Suppose That a Population Develops According to the Logistic Equation $\frac { d P } { d t } = 0.05 P - 0.0005 P ^ { 2 }$