\"\"

\

Let the rational function is \"\".

\

The numerator of a rational function \"\" in lowest terms determines the \"\"-intercepts of its graph.

\

Observe the graph:

\

The \"\"-intercepts of the graph are \"\" and \"\" (odd multiplicity; graph crosses the \"\"-axis).

\

At \"\" the graph crosses the \"\"-axis \"\" has odd multiplicity.

\

At \"\" the graph touches the \"\"-axis \"\" even multiplicity.

\

The horizontal asymptote is \"\".

\

The numerator is multiplied with \"\".

\

So one possibility for the numerator is \"\".

\

\

The denominator of a rational function \"\" in lowest terms determines the vertical asymptotes of its graph.

\

Observe the graph:

\

The vertical asymptotes of the graph are \"\" and \"\".

\

Since \"\" approaches \"\" to the left of \"\" and \"\" approaches \"\" to the right of \"\", \"\" is a factor of odd multiplicity in \"\".

\

Since \"\" approaches \"\" to the left of \"\" and \"\" approaches \"\" to the right of \"\", \"\" is a factor of even multiplicity in \"\". \ \

\

A possibility for the denominator is \"\".

\

Therefore, one possibility for the rational function \"\".

\

\

One possibility; \"\".