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Cell["\<\
Problem #2:
Free-Form Internal Wave Assignment\
\>", "Title",
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Cell[TextData[{
  "Order vs. Chaos?  Conformity vs. Creativity?   What it the best way to \
teach\natmospheric dynamics with ",
  StyleBox["Mathematica",
    FontSlant->"Italic"],
  "?  Here I will try an experiment: I will give you some tools, examples, \
knowledge and we will see what happens!"
}], "Text"],

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  "After using (playing with) ",
  StyleBox["wavepackets.nb, internalwaveshoot.nb, plotinternalwave.nb,",
    FontFamily->"Courier",
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  " do some \"science\" with ",
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  ". If you don't feel a light bulb turning on inside your head, I suggest \
maybe trying one of the following:\n",
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  "(z) and \[Omega] in internal waves for general profiles of N(z).  Find the \
rest of the fields ",
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  "(z), ",
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  "(z),  ",
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  "(z) and make a vertical cross-section plot of a wave, as was done for the \
very simple wave in ",
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    FontFamily->"Courier",
    FontColor->RGBColor[0, 0, 1]],
  ".\n ",
  StyleBox["\[HappySmiley] ",
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  "Make an animation of a standing internal wave.  (Although animation is \
easy in ",
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    FontSlant->"Italic"],
  ", animating plots as in ",
  StyleBox["plotinternalwave.nb",
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  " could be difficult since a single frame requires superposition.  You may \
need to read about Modules,\n which are ",
  StyleBox["Mathematica",
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  "'s version of subroutines.\n  ",
  StyleBox["\[HappySmiley] ",
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  "Make an animation of a wave packet of waves with dispersion relation:\n  ",
  
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  "=gH",
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  "+",
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  "\n ",
  StyleBox["\[HappySmiley] ",
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  "Be creative (but be profound, wise and eloquent!)\n"
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