\begin{table}%t3
\caption{\label{model}Some results using the simple model. Listed are the minimum and
maximum rotational period that a Jacobi ellipsoid can rotate. The percentage
of different kinds of objects (Jacobi/MacLaurin/non-equilibrium) are
presented. } 
\small %\centering
\par
\begin{tabular}{lcrccrcr}
\hline\hline \noalign{\smallskip}
Density      & $P$ [min] & $P$ [max] & $\Delta P$ & $P$ [eq] & \% Jacobi & \% MacLaurin & \% No Eq.  \\
kg/m$^3$ & h  & h & h  & h  & & & \\
 \hline \noalign{\smallskip}
400          & 9.99 & 10.91 & 0.92 & 8.88 &  6.51 & 22.04 & 71.43\\
500          & 8.88 &  9.99 & 1.11 & 7.99 &  9.48 & 26.62 & 63.90 \\
600          & 8.27 &  8.88 & 0.61 & 7.27 &  7.53 & 36.34 & 56.12 \\
700          & 7.50 &  8.27 & 0.77 & 6.66 & 10.33 & 41.29 & 48.37 \\
800          & 7.05 &  7.74 & 0.69 & 6.31 & 10.38 & 46.26 & 43.35\\
900          & 6.66 &  7.27 & 0.61 & 5.85 & 10.28 & 53.52 & 36.19\\
1000         & 6.31 &  7.05 & 0.74 & 5.58 & 12.61 & 55.63 & 31.75 \\
1200         & 5.71 &  6.48 & 0.77 & 5.10 & 14.09 & 62.11 & 23.79 \\
1500         & 5.10 &  5.71 & 0.61 & 4.61 & 11.92 & 72.31 & 15.76 \\
2000         & 4.44 &  5.00 & 0.56 & 4.00 & 10.04 & 82.77 &  7.19 \\
2500         & 4.00 &  4.44 & 0.44 & 3.58 &  6.72 & 90.19 &  3.08\\
3000         & 3.63 &  4.06 & 0.43 & 3.24 &  4.92 & 94.06 &  1.02\\
  \hline
\end{tabular}
\end{table}