\begin{table}%t1
%\centering
\par
         \caption{Results for a constant mass-energy density
           model ($\mu=\mu_0$) with $\bar{p}_{\rm c}=1$, $r_{\rm p}/r_{\rm e}=0.7$. 
	     Here, $\bar{p}_{\rm c}=p_{\rm c}/\mu_0$, 
           $\bar{\Omega}=\Omega/\mu_0^{1/2}$, $\bar{M}=M \mu_0^{1/2}$,
           $\bar{R}_{\rm circ}={R}_{\rm circ}~\mu_0^{1/2}$ and $\bar{J}=J\mu_0$ are
           normalized values of the physical quantities, 
	     see Eqs.~ (\ref{J_in}, \ref{M_in}). Apart from
	     the virial identities $GRV2$ and~$GRV3$ in the $m{\rm th}$ order
	     approximation, the Cols.~3--11 display the relative deviation of the
	     specific quantity in the $m{\rm th}$ order
	     approximation with respect to the numerical result obtained for
	     $m=24$.
	     The quantities $M_{\rm in},J_{\rm in}$ and $M_{\rm
	     out},J_{\rm out}$ refer to the corresponding numerical values
	     resulting from~(\ref{J_in}, \ref{M_in}) and~(\ref{MJ_out}) respectively.}\label{t1}
   \begin{tabular}{lllllllllll}
   \hline\hline
     \multicolumn{2}{c}{}&\multicolumn{1}{c}{$m=6$}&
     \multicolumn{1}{c}{$m=8$}&\multicolumn{1}{c}{$m=10$}
     &\multicolumn{1}{c}{$m=12$}&\multicolumn{1}{c}{$m=14$}
     &\multicolumn{1}{c}{$m=16$}&\multicolumn{1}{c}{$m=18$}
     &\multicolumn{1}{c}{$m=20$}&\multicolumn{1}{c}{$m=22$} \\ \hline
$\bar{p}_{\rm c}$     &    1            &        &        &        &        & 
                                                 &        &        &        &  \\
$r_{\rm p}/r_{\rm e}$ & $0.7          $ &        &        &        &        & 
                                                 &        &        &        &  \\  
$\bar{\Omega}$        & $1.41170848318$  & 1.9e-04 & 1.3e-05 & 7.8e-07 & 2.9e-08 & 
                                           8.5e-10 & 4.6e-11 & 3.0e-12 & 1.3e-13 &
							 8.0e-15 \\
$\bar{M}$             & $0.135798178809$ & 1.8e-04 & 3.5e-06 & 5.9e-08 & 3.4e-09 & 
                                           3.8e-10 & 2.6e-11 & 8.5e-13 & 3.3e-14 &
							 6.8e-15 \\
$\bar{R}_{\rm circ}$&$0.345476187602$   &  2.0e-08 & 1.5e-06 & 1.7e-08 & 1.8e-09 & 
                                          4.2e-11 & 1.8e-11 & 1.6e-12 & 1.1e-13 &
							1.3e-14 \\
$\protect\bar{J}$&$0.0140585992949$             & 8.7e-04 & 6.8e-05 & 3.7e-06 & 1.2e-08 & 
                                          1.2e-08 & 6.8e-10 & 8.4e-12 & 3.5e-12&
							2.0e-13 \\
$Z_{\rm p}$&$1.70735395213$             & 3.2e-05 & 6.5e-06 & 2.4e-07 & 3.6e-09 & 
                                          4.6e-10 & 9.1e-12 & 7.1e-13 & 1.7e-13 &
							1.6e-14 \\[1mm] \hline 
$GRV2$&                                 & 7.5e-05 & 3.9e-06 & 3.9e-07 & 2.2e-08 & 
                                          8.9e-10 &4.2e-11 & 3.1e-12 & 3.0e-13 &
							7.7e-14 \\ 
$GRV3$&                                 & 1.2e-05 & 7.5e-06 & 1.2e-07 & 2.9e-08 & 
                                          1.4e-09 &3.5e-11 & 1.3e-12 & 1.8e-13 &
							6.5e-14 \\
$|1-M_{\rm in}/M_{\rm out}|$&           &  2.8e-04 & 4.9e-06 & 1.9e-07 & 1.1e-08 & 
                                           4.1e-10 &3.4e-12 & 1.5e-12 & 4.2e-13 &
							 2.3e-13 \\
$|1-J_{\rm in}/J_{\rm out}|$&           &  1.2e-03 & 7.0e-05 & 4.1e-06 & 5.0e-08 & 
                                           1.1e-08 &7.1e-10 & 4.6e-12 & 2.9e-12 &
							 1.1e-13 \\
          \hline
         \end{tabular}
\end{table}