\begin{table}%t10
%\centering
\par
\caption{Elemental abundances for V2109 Cyg. The solar abundances are taken 
from  Grevesse et~al. (\cite{getal96}). $N$ is the number of lines included in 
the calculation.\label{tab10}}                                                                 
\begin{tabular}{lcccrc}
\hline\hline       
\par
\noalign{\smallskip}
\multicolumn{1}{l}{Species}&  
\multicolumn{1}{c}{$\log \epsilon_{\odot}$}&  
\multicolumn{1}{l}{[X/H]}&  
\multicolumn{1}{l}{s.d.}&  
\multicolumn{1}{c}{$N$}&  
\multicolumn{1}{r}{[X/Fe]}\\
           \noalign{\smallskip}  
            \hline  
            \noalign{\smallskip}  
C   I& 8.56 & $-0.88$ &           &  1 & $-0.85$\\
Mg  I& 7.58 & $-0.15$ & $\pm$0.10 &  4 & $-0.12$\\
Si  I& 7.55 & $+0.71$ & $\pm$0.30 &  2 & $+0.74$\\
Si II& 7.55 & $+0.45$ &           &  1 & $+0.48$\\
Ca  I& 6.35 & $+0.17$ & $\pm$0.11 & 17 & $+0.20$\\
Sc II& 3.10 & $+0.61$ & $\pm$0.41 &  4 & $+0.64$\\
Ti I & 4.99 & $+0.02$ &           &  1 & $+0.05$\\
Ti II& 4.99 & $+0.18$ & $\pm$0.23 & 17 & $+0.21$\\
V I  & 4.00 & $-0.03$ &           &  1 & $+0.00$\\
Cr I & 5.67 & $-0.02$ & $\pm$0.05 &  8 & $+0.01$\\
Cr II& 5.67 & $+0.06$ & $\pm$0.15 & 12 & $+0.09$\\
Mn I & 5.39 & $+0.01$ & $\pm$0.02 &  2 & $+0.04$\\
Fe I & 7.52 & $-0.03$ & $\pm$0.18 & 122&        \\
Fe II& 7.52 & $-0.03$ & $\pm$0.15 & 16 &        \\
Co I & 4.92 & $-0.22$ &           &  1 & $-0.19$ \\
Ni I & 6.25 & $+0.05$ & $\pm$0.12 & 10 & $+0.08$ \\
Zn I & 4.60 & $-0.20$ &           &  1 & $-0.17$ \\
Y II & 2.24 & $+0.48$ & $\pm$0.19 &  4 & $+0.51$ \\
Zr II& 2.60 & $+0.37$ & $\pm$0.29 &  2 & $+0.40$ \\
Ba II& 2.13 & $+0.49$ & $\pm$0.23 &  4 & $+0.52$ \\
Ce II& 1.55 & $+0.13$ & $\pm$0.04 &  2 & $+0.16$ \\       \noalign{\smallskip}  
            \hline  
            \noalign{\smallskip}  
\end{tabular}
\end{table}