\begin{table}%t2
\caption{The 24 K~giants selected for detailed analysis. First block provides IDs and basic observational parameters. Second block gives stellar parameters. Third block presents the predicted asteroseismic parameters using Eqs.~(\ref{eq:start})$-$(\ref{eq:slut}).}
\label{table:3}                    
\small%\centerline
{
\begin{tabular}{rrccrr|rrr|rrrr}   
\hline \hline                            
%&&&&&&&&&&&& \\[-8pt]
 ID & ID2$^{{a}}$ & $\alpha_{2000}$ & $\delta_{2000}$ & $V^{{b}}$ & $B-V^{{b}}$ &
  $L$/$\Lsun$ & \teff$^{{c}}$ & $R$/$\Rsun$ &
  $\delta L/L^{{d}}$ & $\nu_{\rm max}^{{e}}$ & $\Delta\nu_{0}^{{f}}$ & $\omega_{\rm c}^{{g}}$
   \\
%&&&&&&&&&&&& \\[-8pt]
\hline
   66 &   364   &   16 23 53.65  & --26 33 55.0 &    12.93 &    1.263 &    143.0 &    4723  &     17.9 &     254  &      8.9 &     1.64 &     16.4\\
   78 &  1715   &   16 23 32.46  & --26 26 20.7 &    13.09 &    1.254 &    123.1 &    4741  &     16.5 &     227  &     10.5 &     1.86 &     19.4\\
   83 &   689   &   16 23 27.34  & --26 30 59.1 &    13.03 &    1.303 &    130.3 &    4637  &     17.7 &     247  &      9.2 &     1.67 &     16.9\\
   84 &   264   &   16 23 54.72  & --26 31 22.6 &    13.12 &    1.183 &    120.0 &    4903  &     15.2 &     209  &     12.2 &     2.10 &     22.3\\
  126 & NA &   16 23 26.94  & --26 30 43.9 &    13.28 &    1.267 &    104.1 &    4714  &     15.3 &     204  &     12.2 &     2.07 &     22.4\\
  162 &   986   &   16 23 50.23  & --26 29 28.0 &    13.41 &    1.181 &     92.4 &    4909  &     13.3 &     173  &     15.8 &     2.56 &     29.1\\
  166 &  1753   &   16 23 22.96  & --26 30 32.6 &    13.44 &    1.221 &     89.3 &    4815  &     13.6 &     176  &     15.3 &     2.48 &     28.2\\
  181 & NA &   16 23 50.01  & --26 32 21.5 &    13.46 &    1.209 &     88.0 &    4844  &     13.3 &     172  &     15.9 &     2.55 &     29.2\\
  195 & NA &   16 23 47.55  & --26 31 06.0 &    13.47 &    1.218 &     86.9 &    4822  &     13.4 &     172  &     15.8 &     2.54 &     29.1\\
  200 & NA &   16 23 19.94  & --26 32 40.1 &    13.54 &    1.203 &     82.0 &    4856  &     12.8 &     163  &     17.2 &     2.71 &     31.6\\
  201 & NA &   16 23 53.03  & --26 28 09.1 &    13.53 &    1.201 &     82.4 &    4861  &     12.8 &     163  &     17.2 &     2.71 &     31.6\\
  210 & NA &   16 23 43.11  & --26 28 08.8 &    13.52 &    1.190 &     83.4 &    4888  &     12.8 &     163  &     17.3 &     2.73 &     31.8\\
  228 & NA &   16 23 47.84  & --26 29 50.2 &    13.56 &    1.196 &     80.5 &    4873  &     12.6 &     160  &     17.7 &     2.78 &     32.6\\
  229 & NA &   16 23 45.01  & --26 33 58.3 &    13.57 &    1.227 &     79.4 &    4803  &     12.9 &     163  &     17.1 &     2.68 &     31.4\\
  243 & NA &   16 23 21.77  & --26 26 45.8 &    13.59 &    1.205 &     77.9 &    4851  &     12.5 &     158  &     18.0 &     2.81 &     33.1\\
  244 & NA &   16 23 24.57  & --26 31 10.6 &    13.64 &    1.226 &     74.6 &    4805  &     12.5 &     156  &     18.2 &     2.82 &     33.5\\
  259 &   243   &   16 23 42.43  & --26 33 18.6 &    13.75 &    1.177 &     67.6 &    4919  &     11.3 &     139  &     21.8 &     3.26 &     40.1\\
  266 & NA &   16 23 48.97  & --26 29 21.3 &    13.70 &    1.278 &     70.8 &    4691  &     12.8 &     158  &     17.7 &     2.73 &     32.4\\
  268 &   331   &   16 23 41.72  & --26 29 47.9 &    13.73 &    1.213 &     68.6 &    4834  &     11.8 &     145  &     20.2 &     3.06 &     37.2\\
  270 &   540   &   16 23 47.83  & --26 32 44.7 &    13.78 &    1.153 &     65.4 &    4976  &     10.9 &     133  &     23.5 &     3.45 &     43.1\\
  280 &   463   &   16 23 32.34  & --26 29 22.4 &    13.82 &    1.172 &     63.0 &    4931  &     10.9 &     131  &     23.6 &     3.46 &     43.4\\
  285 &   305   &   16 23 42.13  & --26 32 07.4 &    13.83 &    1.233 &     62.7 &    4788  &     11.5 &     139  &     21.4 &     3.18 &     39.3\\
  292 &  1005   &   16 23 26.05  & --26 30 39.6 &    14.03 &    1.172 &     51.9 &    4931  &      9.9 &     115  &     28.7 &     4.00 &     52.7\\
  293 &  1059   &   16 23 22.50  & --26 29 41.2 &    14.07 &    1.165 &     50.1 &    4947  &      9.7 &     111  &     30.0 &     4.15 &     55.2\\
\hline
\end{tabular}}
\medskip
$^{{a}}$ ID2 is from Stetson (\cite{stetson07}) if present in the catalog (NA means not available). \\
$^{{b}}$ $V$ and $B-V$ are calibrated using stars in the Stetson (\cite{stetson07}) database. \\
$^{{c}}$ \teff\ is found using the $B-V$~calibration of Alonso et~al. (\cite{alonso}). \\
$^{{d}}$ Peak amplitude in ppm when assuming $\delta L/L \propto (L/M)^{0.7}$. \\
$^{{e}}$ $\nu_{\rm max}$ is the expected peak frequency for $p$-modes in $\mu$Hz. \\
$^{{f}}$ $\Delta\nu_{0}$ is the large separation in $\mu$Hz. \\
$^{{g}}$ $\omega_{\rm c}$ is the acoustic cutoff frequency in $\mu$Hz. 
\end{table}