Assume that the rat population in a certain urban area behaves according to the function $P ( t ) = \frac { 25 t } { t + 1 }$ where $P$ is the number of rats in the hundreds, and $\text { t }$ is measured in months since the beginning of the year.(a) Draw a graph of the rat population.
(b) What eventually happens to the rat population?

Question

Quizplus · Accepted Answer

The Answer of Assume that the rat population in a certain urban area behaves according to the function $P ( t ) = \frac { 25 t } { t + 1 }$ where $P$ is the number of rats in the hundreds, and $\text { t }$ is measured in months since the beginning of the year.(a) Draw a graph of the rat population.
(b) What eventually happens to the rat population?

Assume That the Rat Population in a Certain Urban Area P(t)=25tt+1P ( t ) = \frac { 25 t } { t + 1 }P(t)=t+125t​

Assume That the Rat Population in a Certain Urban Area $P ( t ) = \frac { 25 t } { t + 1 }$