Provide an appropriate response.
-The following data represent the bacteria population in a laboratory experiment. The researchers suspect that the population is growing exponentially. Determine the logarithm of the $\mathrm { y }$-values so that $\mathrm { Y } = \log \mathrm { y }$.
$\begin{array}{l|l}
\text { Day, } x & \text { Population, } y \
\hline 0 & 1787 \
1 & 4871 \
2 & 13,191 \
3 & 35,959 \
4 & 97,813 \
5 & 266,048
\end{array}$

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The Answer of Provide an appropriate response.
-The following data represent the bacteria population in a laboratory experiment. The researchers suspect that the population is growing exponentially. Determine the logarithm of the $\mathrm { y }$-values so that $\mathrm { Y } = \log \mathrm { y }$.
$\begin{array}{l|l}
\text { Day, } x & \text { Population, } y \
\hline 0 & 1787 \
1 & 4871 \
2 & 13,191 \
3 & 35,959 \
4 & 97,813 \
5 & 266,048
\end{array}$

Provide an Appropriate Response y\mathrm { y }y -Values So That Y=log⁡y\mathrm { Y } = \log \mathrm { y }Y=logy

Provide an Appropriate Response $\mathrm { y }$ -Values So That $\mathrm { Y } = \log \mathrm { y }$