\documentclass[oneside,12pt]{article}   
\usepackage{latex-macros/course}
\setlength{\topmargin}{0.5in}
\setlength{\headsep}{1cm}
%\showsolutions             
%\hidesolutions             

%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%%% exampreamble %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

\renewcommand{\exampreamble}{
  \textbf{Circle the name of your Tutorial Instructor}:
  \begin{center}
  \renewcommand{\arraystretch}{1.5}
  \begin{tabular}{llll}
  Ashish    & Carole   & Christos & Eric \\
  George    & Jack     & Nick     & Tina   
  \end{tabular}
  \end{center}
  \begin{itemize}

  \item The final is \textbf{closed book}.  There is an Appendix that
  repeats some key definitions.

  \item
 
  % There are \theproblemthm ~problems totaling \theexamtotal~ points.
  There are 14 problems totaling \theexamtotal~ points.
  Problems are labeled with their point values.

  \item 
  Put your name on the top of {\bf every} page -- \emph{these
  pages may be separated for grading}.

  \item Write your final solutions in the space provided in each problem.
  Please keep your entire answer to a problem on that problem's page.  Use
  the back of the problem page for scratchwork.  If you need more answer
  space, write on the back of the problem page and clearly delimit your
  overflow answer.

  \item 
  You may assume any of the results presented in class or in the
  lecture notes.
  \item  
  \textbf{Be neat and write legibly}.  You will be graded not only on
  the correctness of your answer, but also on the clarity with which
  you express it.
  \item 
  GOOD LUCK!
  \end{itemize}
\newpage
}


\begin{document} 
\conflictfinal                      
\makeatletter \@mparswitchfalse \makeatother % don't switch sides
\reversemarginpar % reverse right->left

%% \newcommand{\authinput}[2]{\vspace{2\baselineskip}
%% \reversemarginpar{\marginpar{#2} \vspace{-4\baselineskip}\input{#1}}}

%use for comments: \comment{author}{author's comments}
%comment-out whichever version suits your current needs

%\newcommand{\comment}[2]{\paragraph{Comment (#1):}#2}
\newcommand{\comment}[2]{}

\newcommand{\points}[1]{(#1 points)}

%{\bf INDUCTION}
\input{induction-false.tex}

%\newpage
%{\bf RELATIONS} -DROPPED
%\input{relations-classify.tex}

\newpage
\input{scheduling.tex} %radhi edit 5/20 5pm

\newpage
%{\bf GRAPHS}
\input{graphs-1.tex} % George, connected components, complement

\newpage
%{\bf COMPUTATIONAL PROCESSES}
\input{albert-1.tex} % Zakim bridge variant %albert edit

\newpage
%{\bf SERIES, SUMMATIONS, ANNUITIES, ORDERS OF GROWTH}
\input{christos-2.tex} % Christos, series

%\newpage
%\input{christos-3.tex} % DROPPED Christos, annuties

\newpage
%{\bf COMBINATORICS}
\input{combinatorial_argument.tex} % Tina

\newpage
\input{christos-6.tex} %Christos, Rad, sequences of integers, starsnbars+prob

%\newpage
%\input{pigeonhole-3.tex} % DROPPED, intel chips

%\newpage
%\input{counting_seating_arrangements.tex} %DROPPED Tina, counting seating

\newpage
%{\bf PROBABILITY}
\input{albert-3.tex} %quantifiers & weak law (short answer)
\newpage
\input{albert-4.tex} % monty hall variant (short answer)
\newpage %maybe drop part c
\input{conditionalprobability-1.tex} % discrimination suit, conditional prob
\newpage
\input{jack-4.tex} % mad cow, markov

%\input{albert-2.tex} %pairwise independence from ashm-long-probindep

% {\bf EXPECTATIONS}
\newpage
\input{matsakis-1.tex} % Wald's theorem
\newpage %ARM extend to chebychev
\input{linearity_of_expectation.tex} % white ball/black ball

\newpage %ARM extend to chebychev
\input{albert-5.tex} % chebyshev

\end{document}


