exsheet2-demo-klausur-en.tex

   1 % grep begin{exercise} exsheet2-demo-klausur-en.tex | sed 's/^.*\[\(.*\)\]/\1/' | awk ' { s += $1 } END { print s } '
   2 \documentclass[twoside,exam,showanswers]{exsheet2}
   3
   4 \usepackage{fontspec}
   5
   6
   7
   8 \title{2.\ Final Exam}
   9 \course{ILV Network-oriented Software Engineering}
  10 \curriculum{ITS-B, ITSB-B, WIN}
  11
  12 \date{2022-10-21}
  13 \semester{SS 2022}
  14
  15 \author{Stefan Huber}
  16 \institute{Department IT}
  17 \school{FH Salzburg}
  18 \duration{90 min.}
  19
  20
  21 \instructions{%
  22 \textbf{Permitted aids:}
  23 A non-programmable calculator is allowed. Beyond that no additional aids are
  24 permitted. Turn off your mobile phone and stow it. In case of urgent reasons of
  25 availability contact the exam supervisor.
  26
  27 \medskip
  28
  29 \textbf{Notices:}
  30 Write readable with a non-erasable pen in blue or black color. If you need
  31 additional paper, use only the provided, stamped sheets of paper. Keep the
  32 stapling intact. Put your name and number on all sheets you hand over.
  33
  34 \medskip
  35
  36 Give precise and concise answers.
  37
  38 \bigskip
  39
  40 It is not permitted to copy or distribute, even only partially, without
  41 explicit, written permit to do so. Making private copies is regulated by
  42 §\,42\ UrhG.
  43
  44 \begin{center}
  45   All the best!
  46 \end{center}
  47
  48 }
  49
  50
  51
  52 \begin{document}
  53
  54 \maketitle
  55
  56
  57 \begin{exercise}[6]
  58   Welche Beschleunigung $\vec{a}$ erfährt eine träge Masse $m$ im Kraftfeld
  59   $\vec{F}$ nach Newton?
  60   \vspace{2cm}
  61 \end{exercise}
  62
  63 \begin{answer}
  64   $\vec{a} = \frac{\vec{F}}{m}$
  65 \end{answer}
  66
  67
  68 \begin{exercise}[4]
  69   Kreuzen Sie die richtigen Anworten an:
  70   \begin{choices}
  71     \item $1 + 1 = 0 \pmod 2$
  72     \item $1 + 1 = 1 \pmod 2$
  73     \item $1 + 1 = 1 \pmod 3$
  74     \item $1 + 1 = 5 \pmod 7$
  75   \end{choices}
  76 \end{exercise}
  77
  78
  79 \begin{exercise}[1]
  80   Welche Beschleunigung $\vec{a}$ erfährt eine träge Masse $m$ im Kraftfeld
  81   $\vec{F}$ nach Newton?
  82   \vspace{2cm}
  83 \end{exercise}
  84
  85
  86 \newpage\null
  87 (Some empty page to create some space for student's notes but with exam header.)
  88 \newpage\null
  89
  90 \end{document}