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B..4 Case 4

\begin{displaymath}\small J({\mathbf a}) = \left[ \begin{array}{cccccccccc} 16.2... ...525 & 0 & -0.199 & -0.0688 & -1.02e+11 \end{array}\right.\cdots\end{displaymath}

$\displaystyle \cdots\left.\begin{array}{cccccccccc} -8.83e+06 & -8.26e+07 & -0.... ... \\ 7.02e+05 & 6.38e+06 & 0.000673 & -1.12e-06 & -0.00291 \end{array} \right]$


Jon Hamkins 2000-10-13