\begin{table}%t2
%\centering
\par
\caption{Table of Fornax parameters. 1. This work. 2. Mateo et~al. (1998). 
%($\Delta \alpha$, $\Delta \delta$) is 
%the shift in central position determined in this work with respect to the value
%($\alpha, \delta$)=($ $) in Mateo et~al. (1998); 
The position angle is defined as the angle between North and the major-axis of the galaxy 
measured counter-clockwise; the ellipticity is $e= 1 - b/a$. 
\label{tab:par}}
%%\begin{center}
\par
%\centering
\par
\begin{tabular}{lcc}
\hline
\hline 
%\multicolumn{3}{c}{{Fornax dSph parameters}} \\
%  & Fornax parameters & \\ 
%\hline
$\alpha_{\rm 2000}$ & $2^{\rm h} 39^{\rm m} 52^{\rm s}$ & 1 \\
$\delta_{\rm 2000}$ & $-34^{\circ} 30' 49''$ & 1 \\
Position angle  & $46.8^{\circ} \pm 1.6^{\circ}$ & 1 \\
Ellipticity & $0.30 \pm 0.01$ & 1 \\
$L_V$ & $1.55 \times 10^7 L_{\odot}$& 2 \\
Distance &  $138 \pm 8$ kpc & 2 \\
$V_{\rm h}$ & $54.1 \pm 0.5$ \kms & 1 \\
${\rm [Fe/H]}_{\rm mean}$ & $-1.15$ & 1 \\
\hline
\end{tabular}
%\caption{Table of Fornax parameters. 1. This work. 2. Mateo et~al. (1998). 
%%($\Delta \alpha$, $\Delta \delta$) is 
%%the shift in central position determined in this work with respect to the value
%%($\alpha, \delta$)=($ $) in Mateo et~al. (1998); 
%The position angle is defined as the angle between North and the major-axis of the galaxy 
%measured counter-clockwise; the ellipticity is $e= 1 - b/a$. }\label{tab:par}
%%\end{center}
\par
\end{table}