If an initial population of bacteria doubles every hour, what is the growth factor of this exponential model?

\begin{tabular}{l} Invasive species can be controlled by removing them \\ physically or introducing \\ \begin{tabular}{l|l|}\hline \( 5 / 5 \) & autotrophs \\ < Prey \\ prey \end{tabular} \\ \( \begin{array}{l}\text { predators }\end{array} \) \\ \hline\end{tabular}

Una colonia de bacterias se coloca en un cultivo adecuado para su crecimiento, la función \( n(t)=n_{0} e^{r t} \), nos dice cómo crece su número. Si inicialmente la colonia está compuesta por 2000 bacterias y su tasa de crecimiento es del \( 0.183 \% \) ¿ ¿Cuántas habrá a los 10 minutos?

14. A woman's menstrual cycle started on 25 March. During which period was an egg most likely to have been eleased? Between \( 3^{\text {rd }} \) to \( 6^{\text {th }} \) March Between \( 8^{\text {th }} \) to \( 11^{\text {th }} \) March Between \( 13^{\text {th }} \) to \( 16^{\text {th }} \) March Between \( 19^{\text {th }} \) to \( 22^{\text {nd }} \) March

If an initial population of bacteria doubles every hour, what is the growth factor of this exponential model?

Invasive species can be: a. animals b. microbes d. all of the above