Question

10. Suppose a college homecoming planning committee has 17 members. The makeup of the committee is to be based on the size of the classes: Freshmen = 422, Sophomore = 356, Junior = 321, and Senior = 288. \begin{itemize} \item Find the number of members from each class to be apportioned to the committee using Webster's method. \item Find the number of members from each class to be apportioned to the committee using Jefferson's method. \item Find the number of members from each class to be apportioned to the committee using the Huntington-Hill method. \end{itemize}

          10.
Suppose a college homecoming planning committee has 17 members. The makeup of
the committee is to be based on the size of the classes: Freshmen = 422, Sophomore = 
356, Junior = 321, and Senior = 288.

\begin{itemize}
    \item Find the number of members from each class to be apportioned to the
    committee using Webster's method.
    \item Find the number of members from each class to be apportioned to the
    committee using Jefferson's method.
    \item Find the number of members from each class to be apportioned to the
    committee using the Huntington-Hill method.
\end{itemize}

10.
Suppose a college homecoming planning committee has 17 members. The makeup of
the committee is to be based on the size of the classes: Freshmen = 422, Sophomore =
356, Junior = 321, and Senior = 288.

* Find the number of members from each class to be apportioned to the
committee using Webster's method.

* Find the number of members from each class to be apportioned to the
committee using Jefferson's method.

* Find the number of members from each class to be apportioned to the
committee using the Huntington-Hill method.

Added by Kevin T.

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