next up previous
Next: B..2 Case 2 Up: B. Numerical evaluation of Previous: B. Numerical evaluation of

B..1 Case 1

\begin{displaymath}\small J({\mathbf a}) = \left[ \begin{array}{cccccccccc} 40.6... ...92 & 0 & -0.00111 & -0.0457 & -5.7e+08 \end{array}\right.\cdots\end{displaymath}

$\displaystyle \cdots\left.\begin{array}{cccccccccc} & -5.99e+06 & -5.56e+07 & -... ... 3.82e+05 & 3.55e+06 & 0.000367 & -6.12e-07 & -0.00341 \\ \end{array} \right]$


Jon Hamkins 2000-10-13