\documentclass{exam}[12pt]

\usepackage{amsfonts,amsmath}

\boxedpoints

\addpoints
\pointsinmargin

\begin{document}
\pagestyle{head}

\firstpageheader{\large Calculus I}{\bf\Large Analyzing Functions}{\large Name:\hspace{1in} }
%\extraheadheight{.7in}
%\extrafootheight{-1in} 
%\small{\textit{Work all questions completely.  Show all work.}}

\begin{questions}
\large{
\question Answer the following for the function $\displaystyle
f(x)=\frac{1}{x^2}.$
\begin{parts}

\part Find any verical or horizonal asymptotes.
\vspace{1in}

\part Where is $f$ increasing/decreasing?
\vspace{2.0in}

\part Find all local max/min.
\vspace{1in}

\part Where is $f$ concave up/down?
\vspace{1.5in}

\part Find all inflection points.
\vspace{.5in}

\part Graph $f(x)$.
\end{parts}

\pagebreak
\question Answer the following for the function $\displaystyle
f(x)=\frac{x^2-x-2}{x-3}.$
\begin{parts}

\part Find any verical or horizonal asymptotes.
\vspace{1in}

\part Where is $f$ increasing/decreasing?
\vspace{2.0in}

\part Find all local max/min.
\vspace{1in}

\part Where is $f$ concave up/down?
\vspace{1.5in}

\part Find all inflection points.
\vspace{.5in}

\part Graph $f(x)$.
\end{parts}


\pagebreak

\question Answer the following for the function $\displaystyle
f(x)=\frac{x^2-x-2}{x-3}.$
\begin{parts}

\part Find any verical or horizonal asymptotes.
\vspace{1in}

\part Where is $f$ increasing/decreasing?
\vspace{2.0in}

\part Find all local max/min.
\vspace{1in}

\part Where is $f$ concave up/down?
\vspace{1.5in}

\part Find all inflection points.
\vspace{.5in}

\part Graph $f(x)$.
\end{parts}



}
\end{questions}
\end{document}