The Table Shows the Enrollment at Two Campuses of a Community

The table shows the enrollment at two campuses of a community college.
$\begin{array}{l|ccc}\text { Campus } & \text { North } & \text { South } & \text { Total } \\\hline \text { Enrollment } & 1,346 & 8,111 & 9,457\end{array}$

(a) Apportion 68 new media podiums to the two campuses according to Hamilton's method.
(b) Suppose the college adds a third campus with enrollment of 1,293 and correspondingl adds nine podiums. Reapportion the 77 podiums using Hamilton's method.
(c) Determine if the new states paradox occurs.
A) (a)
$\begin{array}{l|cc}\text { Campus } & \text { North } & \text { South } \\\hline \text { Podiums } & 10 & 58\end{array}$

(b)
$\begin{array}{l|ccc}\text { Campus } & \text { North } & \text { South } & \text { Campus 3 } \\\hline \text { Podiums } & 10 & 58 & 9\end{array}$

(c) new states paradox occurred B) (a)
$\begin{array}{l|cc}\text { Campus } & \text { North } & \text { South } \\\hline \text { Podiums } & 10 & 58\end{array}$

(b)
$\begin{array}{l|ccc}\text { Campus } & \text { North } & \text { South } & \text { Campus 3 } \\\hline \text { Podiums } & 10 & 58 & 9\end{array}$

(c) new states paradox did not occur

C) (a)
$\begin{array}{l|ccc}\text { Campus } & \text { North } & \text { South } & \text { Campus 3 } \\\hline \text { Podiums } & 10 & 58 & 9\end{array}$

(b)
$\begin{array}{l|ccc}\text { Campus } & \text { North } & \text { South } & \text { Campus } 3 \\\hline \text { Podiums } & 11 & 58 & 8\end{array}$

(c) new states paradox occurred

D) (a)
$\begin{array}{l|cc}\text { Campus } & \text { North } & \text { South } \\\hline \text { Podiums } & 10 & 58\end{array}$

(b)
$\begin{array}{l|ccc}\text { Campus } & \text { North } & \text { South } & \text { Campus } 3 \\\hline \text { Podiums } & 11 & 58 & 8\end{array}$

(c) new states paradox did not occur