Transcript text: The value of a sports franchise is directly related to the amount of revenue that a franchise can generate. The accompanying data table gives the value and the annual revenue for 15 major sport teams. Suppose you want to develop a simple linear regression model to predict franchise value based on annual revenue generated. Complete parts (a) through (e) below,
Click the icon to view the table of franchise values and annual revenues.
\[
\begin{array}{l}
\mathrm{b}_{0}=-300.98 \\
\mathrm{~b}_{1}=3.33
\end{array}
\]
(Round to two decimal places as needed.)
c. Interpret the meaning of $\mathrm{b}_{0}$ and $\mathrm{b}_{1}$ in this problem. Choose the correct answer below.
A. The Y -intercept, $\mathrm{b}_{0}$, implies that if the annual revenue is zero, the franchise value is equal to the value of $\mathrm{b}_{0}$, in millions of dollars. The slope, $\mathrm{b}_{1}$, implies that the average franchise value is equal to $\mathrm{b}_{1}$, in millions of dollars.
B. An interpretation of the $Y$-intercept, $b_{0}$, is not meaningful because no sports franchise is going to have a revenue of zero. The slope, $\mathrm{b}_{1}$, implies that for each increase of 1 million dollars in annual revenue, the franchise value is expected to increase by $\mathrm{b}_{1}$, in millions of dollars.
c. Whe $Y$-intercept, $b_{0}$, implies when the annual revenue is zero, the frahchise value is $b_{0}$, in millions dollars. The slope, $b_{1}$. implies the revenue is equal to $\mathrm{b}_{1}$, in millions of dollars.
D. The Y -intercept, $\mathrm{b}_{0}$, implies that if the annual revenue is zero, the franchise value is equal $\mathrm{b}_{0}$, in millions of dollars. The slope, $\mathrm{b}_{1}$, implies that for each increase of 1 million dollars in annual revenue, the franchise value is expected to decrease by $\mathrm{b}_{1}$, in mitlions of dollars.
d. Predict the mean franchise value (in millions of dollars) of a sports team that generates $\$ 200$ million of annual revenue.
$\hat{\mathrm{Y}}=\mathrm{s}$ $\square$ million (Round to the nearest integer as needed.)