The table shows the number of freshmen who applied to universities and the number of freshmen attending selected universities in a certain year.
\Take the number of freshmen who applied to universities as x -coordinate.
\since the number of freshmen who applied to universities as x -coordinate, which is referred as domain.
\Take the number of freshmen attending selected universities taken as y -coordinate.
\since the number of freshmen attending selected universities taken as y -coordinate, which is referred as range.
\a.
\State the relation as a set of ordered pairs.
\The order pairs are
b.
\State the domain and range of the relation.
\The domain of the university .
The range of the university .
c.
\Determine whether the relation is a function.
\Yes, each member in the domain is mapped with only one member in the range, so the relation is a function.
\d.
\No.
\it is not reasonable to make a prediction equation for this situation because we cannot determine the number of attendees at a school based on the number of applications they received.
\a.
\The order pairs areb.
The domain of the university .
The range of the university .
c.
\Yes, each member in the domain is mapped with only one member in the range, so the relation is a function.
\d.
\No, it is not reasonable to make a prediction equation for this situation.