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Anzahl der Pendel in der Kette, alle haben der Einfachheit halber die gleiche \
L\[ADoubleDot]nge und an allen h\[ADoubleDot]ngt die gleiche Masse. Am besten \
mit kleinen M starten und dann sukzessiv vergr\[ODoubleDot]\[SZ]ern.  Auf \
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\[ODoubleDot]sung dauert einige Minuten, bei M=70 10 Minuten.   \
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Definition aller gew\[ODoubleDot]hnlichen, kartesischen Koordinaten durch die \
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Definition der Lagrangefunktion. Auch hier werden Rationale Einheiten \
verwendet, Energien werden in Einheiten (mgl) gemessen.  l ist die L\
\[ADoubleDot]nge und m die Masse eines Pendels.  Die Erdbeschleunigung g kann \
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den Zeitableitungen vorkommt.  omega w\[ADoubleDot]re die Frequenz eines \
einzigen (\[OpenCurlyDoubleQuote]Faden-\[OpenCurlyDoubleQuote]) Pendels. Das \
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Mechanische Probleme haben meist eine Skaleninvarianz. \
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Die Euler-Lagrange-Gleichungen und Definition der Anfangsbedingungen.  Alle \
Pendel werden ruhend aus der Horizontalen gestartet. Hier ist \
nat\[UDoubleDot]rlich Raum zum spielen.  Interessant sind auch kleine Winkel \
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Numerische L\[ODoubleDot]sung des ODE Systems mit NDSolve.  Ruhig mal die \
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\[UDoubleDot]r Method etc.  Da hilft manchmal schon etwas ausprobieren, wenn \
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