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\begin{table}
\caption{Positions, magnitudes,  and colors of the 50 brightest 
cluster candidates in NGC 3610}
\bigskip
\begin{scriptsize}
\begin{tabular}{rcrrrrrrrr}
\hline
\hline
& \\
& & & & Projected \\
$\#$ &  Paper I $\# ^a$ & \phantom{aaa}RA & DEC &  Radius $^b$   & \phantom{aaaaaaa}$V$ $^c$
& $\pm^d$ & \phantom{aaa}$V-I$ $^c$ &  $\pm^d$  & \phantom{aaaaaa}M$_V$ $^{e}$ \\
% \cola \colb \colc \cold \cole \colf \colg \colh \coli \colj \\
&  & (h:m:s) & (deg:$'$:$''$)& ($''$) & (mag) & (mag) & (mag) & (mag) & (mag)   \\
& \\
(1) & (2) & (3) & (4) & (5) & (6) & (7) & (8) & (9) & (10)\\
\hline
%\extline

%
      1\cola  &   --- \colb  11:18:25.27\colc  \phantom{aa} 58:47:10.08\cold   1.14\cole  20.78
\colf   0.12\colg    1.30\colh   0.17\coli -11.61\eol
%
      2\cola &    10 \colb  11:18:25.25\colc  58:47:12.35\cold   1.27\cole  21.09
\colf   0.13\colg   1.27\colh    0.17\coli  -11.30\eol
%
      3\cola &  1   \colb  11:18:27.96\colc  58:47:16.05\cold  21.95\cole  21.53
\colf   0.05\colg   1.05\colh   0.05\coli -10.86\eol
%
      4\cola &   ---  \colb  11:18:25.00\colc  58:47:12.82\cold   2.34\cole  21.54
\colf   0.13\colg   1.28\colh   0.17\coli -10.85\eol
%
      5\cola &  2   \colb  11:18:24.57\colc  58:47:13.24\cold    5.40\cole   21.70
\colf   0.06\colg   1.14\colh   0.06\coli -10.69\eol
%
      6\cola &   ---  \colb  11:18:28.03\colc  58:47:05.11\cold   22.70\cole  21.79
\colf   0.05\colg   1.24\colh   0.05\coli  -10.60\eol
%
      7\cola &   8  \colb  11:18:27.46\colc  58:47:07.18\cold  17.91\cole  21.92
\colf   0.05\colg    1.10\colh   0.05\coli -10.47\eol
%
      8\cola &   ---  \colb  11:18:24.89\colc  58:47:13.59\cold   3.51\cole  21.95
\colf    0.10\colg   1.21\colh   0.13\coli -10.44\eol
%
      9\cola &  3   \colb  11:18:33.84\colc  58:46:53.75\cold  69.31\cole  21.96
\colf   0.05\colg   1.15\colh   0.05\coli -10.43\eol
%
     10\cola &  4  \colb  11:18:32.95\colc  58:46:15.41\cold  81.98\cole    22.00
\colf   0.05\colg   0.94\colh   0.05\coli -10.39\eol
%
     11\cola &  7  \colb  11:18:23.79\colc  58:47:02.90\cold  13.74\cole  22.09
\colf   0.05\colg   1.19\colh   0.05\coli  -10.30\eol
%
     12\cola &  ---  \colb  11:18:24.45\colc  58:47:26.87\cold  16.84\cole   22.10
\colf   0.05\colg   0.99\colh   0.05\coli -10.29\eol
%
     13\cola &  6  \colb  11:18:25.70\colc  58:47:05.55\cold   6.73\cole  22.11
\colf   0.06\colg   1.16\colh   0.06\coli -10.28\eol
%
     14\cola &  ---  \colb  11:18:25.45\colc  58:47:11.09\cold   1.85\cole  22.14
\colf   0.21\colg   1.27\colh   0.28\coli -10.25\eol
%
     15\cola &  ---  \colb  11:18:25.41\colc  58:47:11.47\cold   1.62\cole  22.14
\colf   0.22\colg   1.14\colh   0.32\coli -10.25\eol
%
     16\cola &  ---  \colb  11:18:25.18\colc  58:47:13.01\cold   1.91\cole  22.14
\colf   0.21\colg    1.40\colh    0.27\coli -10.25\eol
%
     17\cola &  5  \colb  11:18:27.34\colc  58:46:55.51\cold  22.73\cole  22.39
\colf   0.05\colg   1.19\colh   0.05\coli   -10.00\eol
%
     18\cola &  12  \colb  11:18:26.15\colc  58:47:14.31\cold   8.01\cole  22.48
\colf   0.05\colg    1.20\colh   0.05\coli  -9.91\eol
%
     19\cola &  9  \colb  11:18:25.88\colc  58:47:11.92\cold    5.30\cole  22.48
\colf   0.06\colg   1.15\colh   0.06\coli  -9.91\eol
%
     20\cola &  11  \colb  11:18:20.97\colc  58:46:33.72\cold  49.86\cole  22.53
\colf   0.05\colg   1.08\colh   0.05\coli  -9.86\eol
%
     21\cola &  23  \colb  11:18:25.55\colc  58:47:09.22\cold   3.28\cole  22.57
\colf   0.27\colg   1.14\colh    0.40\coli  -9.82\eol
%
     22\cola &  13  \colb  11:18:32.23\colc  58:46:15.43\cold  77.97\cole  22.68
\colf   0.05\colg   1.06\colh   0.05\coli  -9.71\eol
%
     23\cola &  14  \colb  11:18:25.17\colc  58:47:19.48\cold   8.37\cole  22.68
\colf   0.05\colg   1.08\colh   0.05\coli  -9.71\eol
%
     24\cola &  22  \colb  11:18:25.15\colc  58:47:14.11\cold   3.03\cole  22.68
\colf   0.13\colg   1.13\colh   0.19\coli  -9.71\eol
%
     25\cola &  ---  \colb  11:18:19.13\colc  58:46:20.82\cold  69.03\cole  22.71
\colf   0.05\colg   1.03\colh   0.05\coli  -9.68\eol
%
     26\cola &  16  \colb  11:18:24.03\colc  58:47:14.80\cold   9.85\cole  22.71
\colf   0.05\colg   1.14\colh   0.05\coli  -9.68\eol
%
     27\cola &  29  \colb  11:18:25.64\colc  58:47:08.42\cold   4.27\cole  22.72
\colf   0.16\colg   0.97\colh   0.26\coli  -9.67\eol
%
     28\cola & 15   \colb  11:18:24.71\colc  58:45:53.33\cold  77.89\cole  22.85
\colf   0.05\colg   1.07\colh   0.05\coli  -9.54\eol
%
     29\cola &  ---  \colb  11:18:25.34\colc  58:47:12.74\cold   1.92\cole  22.89
\colf   0.27\colg   1.26\colh   0.38\coli   -9.50\eol
%
     30\cola &  18  \colb  11:18:30.02\colc  58:47:28.42\cold  41.21\cole  23.01
\colf   0.05\colg   1.09\colh   0.05\coli  -9.38\eol
%
     31\cola &  17  \colb  11:18:26.45\colc  58:46:29.29\cold  42.92\cole  23.08
\colf   0.05\colg   1.18\colh   0.05\coli  -9.31\eol
%
     32\cola &  19  \colb  11:18:32.75\colc  58:46:03.85\cold   89.20\cole  23.09
\colf   0.05\colg   1.16\colh   0.05\coli   -9.30\eol
%
     33\cola &  20  \colb  11:18:25.69\colc  58:46:42.79\cold  28.57\cole  23.31
\colf   0.05\colg   1.26\colh   0.05\coli  -9.08\eol
%
     34\cola &  21  \colb  11:18:23.84\colc  58:47:23.44\cold  16.28\cole  23.33
\colf   0.05\colg   1.22\colh   0.05\coli  -9.06\eol
%
     35\cola &  ---  \colb  11:18:25.52\colc  58:46:52.45\cold  18.82\cole  23.34
\colf   0.05\colg   1.17\colh    0.06\coli  -9.05\eol
%
     36\cola &  ---  \colb  11:18:23.96\colc  58:46:52.65\cold  20.88\cole  23.35
\colf   0.05\colg   1.18\colh   0.06\coli  -9.04\eol
%
     37\cola &  25  \colb  11:18:25.21\colc  58:47:02.60\cold   8.51\cole  23.36
\colf   0.06\colg   1.13\colh   0.06\coli  -9.03\eol
%
     38\cola &  24  \colb  11:18:25.27\colc  58:47:02.34\cold   8.79\cole  23.36
\colf   0.06\colg   0.89\colh   0.07\coli  -9.03\eol
%
     39\cola &  ---  \colb  11:18:24.88\colc  58:47:15.39\cold   4.99\cole  23.43
\colf   0.17\colg   1.02\colh   0.25\coli  -8.96\eol
%
     40\cola &  30  \colb  11:18:23.51\colc  58:46:11.92\cold  60.65\cole  23.51
\colf   0.05\colg   1.14\colh   0.05\coli  -8.88\eol
%
     41\cola &  28  \colb  11:18:26.28\colc  58:45:58.20\cold  73.39\cole  23.55
\colf   0.05\colg   0.91\colh   0.05\coli  -8.84\eol
%
     42\cola &  27  \colb  11:18:25.62\colc  58:46:39.96\cold  31.32\cole  23.57
\colf   0.05\colg   1.12\colh   0.05\coli  -8.82\eol
%
     43\cola &  36  \colb  11:18:23.62\colc  58:47:01.10\cold   15.90\cole  23.61
\colf   0.05\colg   1.16\colh   0.05\coli  -8.78\eol
%
     44\cola &  32  \colb  11:18:29.13\colc  58:47:09.59\cold  30.55\cole  23.62
\colf   0.05\colg   1.15\colh   0.05\coli  -8.77\eol
%
     45\cola &  37  \colb  11:18:25.83\colc  58:46:50.43\cold  21.24\cole  23.65
\colf   0.06\colg   1.13\colh   0.06\coli  -8.74\eol
%
     46\cola &  34  \colb  11:18:32.93\colc  58:47:38.61\cold  66.03\cole  23.72
\colf   0.05\colg   0.96\colh   0.05\coli  -8.67\eol
%
     47\cola &  ---  \colb  11:18:24.54\colc  58:47:15.64\cold    6.90\cole  23.73
\colf   0.13\colg   1.38\colh   0.17\coli  -8.66\eol
%
     48\cola &  ---  \colb  11:18:24.90\colc  58:47:09.79\cold   2.76\cole  23.74
\colf   0.31\colg   0.81\colh   0.54\coli  -8.65\eol
%
     49\cola &  33  \colb  11:18:31.40\colc  58:46:41.14\cold  56.71\cole  23.78
\colf   0.05\colg   1.34\colh   0.05\coli  -8.61\eol
%
     50\cola &  ---  \colb  11:18:31.40\colc  58:45:48.25\cold  95.83\cole  23.79
\colf   0.05\colg   0.63\colh   0.06\coli   -8.60\eol



\hline
\end{tabular}

\end{scriptsize}
\bigskip

%\centerline{Notes to TABLE 1}

%\bigskip

\noindent $^a$ Corresponding ID number from Table 4 of Paper I. Note how the new search algorithm
is able to identify new clusters close to the center of NGC 3610. Most of the missing
clusters in the outer regions are due to different orientations of the two sets of
observations.\\


\noindent $^b$ Using a central position of 11h 18m 25.209 s and 58
$^{\deg}$ 47$'$ 11.12$''$. \\


\noindent $^c$ No correction for extinction was made since Burstein and Heiles
(1984) give A$_V$ = 0.00 mag. \\


\noindent $^d$ A value of 0.05 mag has been added in quadrature to approximate
the error introduced by uncertainties in  zeropoint, aperture
corrections, and CTE corrections.\\

\noindent $^e$ Using H$_0$ = 75 km s$^{-1}$ Mpc$^{-1}$ and m-M = 32.39.


\end{table}

\end{document}







