\begin{table}%t12
\caption{\label{co4}$\Delta \epsilon_{\rm fa}=\Delta I_{\rm fa}$: nutation coefficients of the TFA in obliquity of Venus depending on its triaxiality.}
%\centering
\par
\begin{tabular}{crr}
\hline\hline \noalign{\smallskip}
 Argument & Period & $\cos(\omega t)$  \\
  & d & arcsec\\
\hline
$2\Phi$ & --121.51 &280~452 \\
$2l_{\rm S}-2\Phi$ &58.37&--41~303 \\
$M +2\Phi$ & --264.6& --74~637 \\
$M -2\Phi+2L_{\rm S}$&46.34& 5565\\
$2l_{\rm S}+2\Phi$ &1490.35&1536\\
$M -2\Phi$ & 78.86&4502\\
$-M -2\Phi+2L_{\rm S}$&78.86& 290\\
$2M +2\Phi$ & 1490.35&299\\
$2M -2\Phi+2L_{\rm S}$& 38.41&--5 \\
$2M-2\Phi$&58.37&32  \\
$M +2\Phi+2L_{\rm S}$ & 195.26&3 \\
$-M+2\Phi+2L_{\rm S}$&--264.6&13\\
$2M +2\Phi+2L_{\rm S}$ &104.47&0 \\
\hline
\end{tabular}
\end{table}