\begin{table}%t11
%\centering
\par
\caption{Spectroscopic orbital solution for VZ~Hya.
$T$ is the time of central primary eclipse.}\label{tab:vzhya_orb}
\small     
\begin{tabular}{lr} \hline   
\hline    
Parameter            & \multicolumn{1}{c}{Value} \\ 
\hline
Adjusted quantities:            &   \\ 
$K_{\rm p}$~(\kms)                    &$ 94.92 \pm 0.19 $  \\
$K_{\rm s}$~(\kms)                    &$105.31 \pm 0.34 $  \\
$\gamma$~(\kms)                  &$ -4.57 \pm 0.14 $  \\
\noalign{\smallskip}  
Adopted quantities:             &     \\
$P$~(days)                      &  2.90430023 \\
$T$~(HJD$-$2~400~000)         &  48273.63450 \\
$e$                             &  0.00          \\ 
\noalign{\smallskip}  
Derived quantities:             &      \\
$M_{\rm p} \sin^3 i$~($M_{\sun}$)     & $ 1.2705 \pm 0.0090 $ \\
$M_{\rm s} \sin^3 i$~($M_{\sun}$)     & $ 1.1451 \pm 0.0061 $ \\
$a_{\rm p} \sin i$~(10$^6$~km)      & $ 3.7907 \pm 0.0079 $ \\
$a_{\rm s} \sin i$~(10$^6$~km)      & $ 4.2057 \pm 0.0140 $ \\
$a \sin i$~($R_{\sun}$)         & $ 11.489 \pm 0.023  $ \\
\noalign{\smallskip}  
Other quantities pertaining to the fit:  &      \\
$N_{\rm obs}$                      &    42 \\
Time span (days)               &   799 \\
$\sigma_{\rm p}$~(\kms)              &  1.04 \\
$\sigma_{\rm s}$~(\kms)              &  1.85 \\
\hline
\end{tabular}            
\end{table}