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\documentclass[a4paper]{article}
\usepackage{fp}
\usepackage{multicol}
\usepackage[separateanswersheet,calibration]{automultiplechoice}
\begin{document}
\def\AMCotextReserved{\emph{Reserved}}
\def\AMCntextGoto{\par{\bf\emph{Please code the result on the separate answer sheet.}}}
\def\AMCotextGoto{\par{\bf\emph{Please write the answer on the separate answer sheet.}}}
\scoringDefaultM{d=-0.5,p=0.5}
\def\quatrequards{\bareme{b=.5}
\correctchoice[~]{}\correctchoice[~]{}\correctchoice[~]{}\correctchoice[~]{}
}
\def\jfm{\wrongchoice[F]{}\scoring{0}%
\wrongchoice[P]{}\scoring{1}%
\correctchoice[C]{}\scoring{2}}
\element{grq}{
\begin{question}{capital}
What is the capital city of Ethiopia?
\AMCOpen{dots=false}{\jfm}
\end{question}
}
\element{grq}{
\begin{questionmult}{cities}
What are the two main cities of Cameroon?
\AMCOpen{foregroundcol=red,backgroundcol=white,lines=2}{\quatrequards}
\end{questionmult}
}
\element{grq}{
\begin{question}{inf-expo-indep}
\FPeval\VQa{trunc(2 + random * 4,0)}
\FPeval\VQb{trunc(6 + random * 5,0)}
\FPeval\VQr{VQa/(VQa+VQb)}
Let $X$ and $Y$ be two independent random variables, following
exponential laws with respective parameters \VQa{} and \VQb{}.
In which interval lies the probability $\textrm{P}[X<Y]$?
\begin{multicols}{5}
\begin{reponses}[o]
\AMCIntervals{\VQr}{0}{1}{0.1}
\end{reponses}
\end{multicols}
\end{question}
}
\element{grq}{
\begin{question}{Egypt}
What is the capital of Egypt?
\begin{choices}
\correctchoice{Cairo}
\wrongchoice{Caracas}
\wrongchoice{Cayenne}
\wrongchoice{Chisinau}
\wrongchoice{Conakry}
\end{choices}
\end{question}
}
\element{grq}{
\begin{questionmult}{1971}
Which of the following events are taking place during the year
1971?
\begin{choices}
\correctchoice{Apollo 14 lands on the Moon}
\correctchoice{The Soviet Union launches Salyut 1}
\correctchoice{Death of Louis Armstrong}
\wrongchoice{The first commercial Concorde flight takes off}
\end{choices}
\end{questionmult}
}
\element{grq}{
\begin{questionmultx}{sum}
\FPeval\VQa{trunc(1+random*8,0)}
\FPeval\VQb{trunc(4+random*5,0)}
\FPeval\VQsomme{clip(VQa+VQb)}
How much are \VQa{} plus \VQb{}?
\AMCnumericChoices{\VQsomme}{digits=2,strict=true}
\end{questionmultx}
}
\element{grq}{
\begin{questionmultx}{product}
\FPeval\VQa{trunc(5+random*15,0)}
\FPeval\VQb{trunc(-5+random*10,0)}
\FPeval\VQprod{clip(VQa*VQb)}
How much are \VQb{} times \VQa{} ?
\AMCnumericChoices{\VQprod}{digits=4,approx=1,Tsign={sign}}
\end{questionmultx}
}
\element{grq}{
\begin{questionmultx}{sqrt}
\FPeval\VQa{trunc(5+random*15,0)}
\FPeval\VQs{VQa^0.5}
Compute $\sqrt{\VQa}$.
\AMCnumericChoices{\VQs}{digits=3,decimals=2,sign=false,
borderwidth=0pt,backgroundcol=lightgray,approx=5,scorewrong=-1}
\end{questionmultx}
}
\onecopy{5}{
\begin{center}
\bf\Large Questions
\end{center}
\shufflegroup{grq}
\insertgroup{grq}
\clearpage \AMCformBegin
\begin{center}
\bf\Large Answers...
\end{center}
\hspace*{\fill}\namefield{\fbox{
\begin{minipage}{15em}
Name and surname:\vspace*{3ex}\par
\noindent\dotfill\vspace{2mm}
\end{minipage}
}}
\AMCform
}
\end{document}
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