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\begin{table}
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\caption{Rotation Curves}
\label{table3}
\begin{flushleft}
\begin{tabular}{lllllll}
\hline
\noalign{\medskip}
\multicolumn{7}{l}{a. From Fig. 5 - RC of the Cartwheel}\\
\hline
   1.0  &     4  &    82  $\pm$  26  &     3  &    83  $\pm$  21  &     6  &    81  $\pm$  23\\
     3.0  &    12 &     93  $\pm$  35  &    12  &    95  $\pm$  32  &    24   &   94  $\pm$  33\\
     5.0  &    19  &   108  $\pm$  41&      20&     122  $\pm$  32 &     39   &  115  $\pm$  37\\
     7.0  &    14 &    139  $\pm$  52  &    23 &    152  $\pm$  27  &    37  &   147  $\pm$  38\\
     9.0  &     6   &  190  $\pm$  27  &    11  &   202  $\pm$  34  &    17   &  199  $\pm$  32\\
    11.0 &      6  &   194  $\pm$  32&     11 &    198  $\pm$  42  &    17   &  198  $\pm$  40\\
    13.0 &      6  &    75  $\pm$   8  &    19  &   202  $\pm$  52  &    25   &  170  $\pm$  72\\
    15.0  &    10 &     65  $\pm$   9  &    14  &   197  $\pm$  22 &     24  &   142  $\pm$  69\\
    17.0 &      5  &   66  $\pm$   4   &   17   &  250  $\pm$  23   &   22   &  209  $\pm$  81\\
    19.0  &     0   &                          &     18  &   296  $\pm$  31   &   18   &  296  $\pm$  31\\
    21.0  &    19  &   134  $\pm$  59  &    13 &    322  $\pm$  24  &    32  &   217  $\pm$ 105\\
    23.0  &    27 &    148  $\pm$  58  &    13   &  297  $\pm$  59 &     40   &  201  $\pm$  92\\
    25.0  &    23  &   151  $\pm$  48  &    53 &   253  $\pm$  43   &   76    & 225  $\pm$  64\\
    27.0 &     30  &   178  $\pm$  52  &    77  &   244  $\pm$  39   &  107  &   229  $\pm$  50\\
    29.0 &     56  &   156  $\pm$  20 &    104  &   247  $\pm$  40  &   160  &   216  $\pm$  56\\
    31.0 &     80  &   162  $\pm$  16  &   109  &   245  $\pm$  38  &   189   &  210  $\pm$  51\\
    33.0  &   104 &    169  $\pm$  14 &    120 &    243  $\pm$  34  &   224  &   208  $\pm$  45\\
    35.0 &    110  &   176  $\pm$  11 &    124 &    248  $\pm$  34 &    234   &  213  $\pm$  44\\
    37.0 &    123 &    189  $\pm$  13  &   127  &   245  $\pm$  35  &   250  &   217  $\pm$  38\\
    39.0 &    147&     204  $\pm$  19  &    89&     258  $\pm$  40 &    236   &  223  $\pm$  38\\
    41.0 &    135  &   213  $\pm$  21 &     65 &    276  $\pm$  42 &    200  &   231  $\pm$  40\\
(1) & (2) & (3) & (4) & (5) & (6) & (7)  \\
R & $N_{app}$ & $V_{app}$  & $N_{rec}$ & $V_{rec}$ & N & V  \\
\hline
\noalign{\medskip}
\multicolumn{7}{l}{b. From Fig. 11 - RC for the spiral companion}\\
\hline
  1.5     &  3    &  21  $\pm$   3   &    3   &   25  $\pm$   2     &  6     & 23  $\pm$   3\\
     2.5  &     5  &    19  $\pm$   5 &      5  &    51  $\pm$  14  &    10  &    35  $\pm$  2\\0
     3.5  &    7   &   26  $\pm$   9    &   7   &   60  $\pm$  12   &   14    &  43  $\pm$  21\\
     4.5  &     9  &    25  $\pm$  10  &     9  &    64  $\pm$  18   &   18  &    44  $\pm$  25\\
     5.5  &    12 &     38  $\pm$  12 &     11 &     52  $\pm$  13 &     23  &    45  $\pm$  14\\
     6.5   &   12  &    38  $\pm$   9   &   12  &    52  $\pm$  13   &   24  &   45  $\pm$  13\\
     7.5  &    16 &     45  $\pm$  11  &    16  &    43  $\pm$  15  &    32   &   44  $\pm$  13\\
     8.5  &    16  &    51  $\pm$  11  &    16  &    46  $\pm$  11  &   32  &   49  $\pm$  11\\
     9.5   &   16  &    57  $\pm$  10   &   19  &    43  $\pm$  13  &    35   &   49  $\pm$  13\\
    10.5 &    13  &    60  $\pm$  12   &   19  &    45  $\pm$  14  &    32   &   51  $\pm$  15\\
    11.5  &    10 &     65  $\pm$  11  &    22 &     39  $\pm$  12  &    32 &     47  $\pm$  16\\
    12.5  &    11 &     55  $\pm$  13  &    24&      44  $\pm$  15 &     35  &    47  $\pm$  15\\
    13.5 &      4   &   51  $\pm$  16  &    25  &    47  $\pm$  12  &    29  &    48  $\pm$  12\\
    14.5  &     3   &   53  $\pm$   5   &   22  &    46  $\pm$  11  &    25 &     46  $\pm$  11\\
    15.5 &      1   &   59  $\pm$   0  &    15 &     44  $\pm$   8  &    16 &     44  $\pm$   8\\
    16.5  &     0   &                            &    7  &    46  $\pm$   8     &  7   &   46  $\pm$   8\\
\hline
\end{tabular}
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\end{table}
  
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\begin{table}
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\caption{continued}
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\begin{tabular}{lllllll}
    43.0 &     96  &   221  $\pm$  22  &    42  &   269  $\pm$  25  &   138  &   233  $\pm$  31\\
    45.0  &    77 &    230  $\pm$  27  &    38  &   254  $\pm$  27  &   115  &   237  $\pm$  29\\
    47.0  &    56 &    231  $\pm$  28  &    30 &    236  $\pm$  69  &    86  &   233  $\pm$  44\\
    49.0 &    53  &   253  $\pm$  37  &    21  &   191  $\pm$ 105  &    74  &   239  $\pm$  65\\
    51.0 &     51 &    260  $\pm$  31  &     9 &    44  $\pm$  13    &  60   &  237  $\pm$  73\\
    53.0  &    43  &   260  $\pm$  28  &     1   &   25  $\pm$   0  &    44  &   257  $\pm$  40\\
    55.0  &    28 &    258  $\pm$  17 &      0  &                        &    28  &   258  $\pm$  17\\
    57.0 &     29  &   276  $\pm$  25  &     0  &                      &      29 &    276  $\pm$  25\\
    59.0 &     13 &    299  $\pm$  29      & 0   &                    &    13  &   299  $\pm$  29\\
\hline
\end {tabular}
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(1) R ~~~: Mean radius of the annulus in arcsec on the major axis\\
(2) $N_{app}$ : Number of points with measurable radial velocities\\ 
~~~~~~in this annulus for the approaching side\\
(3) $V_{app}$ : Weighted average velocity calculated from these\\
~~~~~~velocity points, followed by the $\pm$ 1 rms error\\
(4) $N_{app}$ : Similar to (2) for the receding side\\
(5) $V_{app}$ : Similar to (3) for the receding side\\
(6) N~~~: Total number of velocity points in the annulus\\
 ~~~~~~~N = N$_{app}$ + N$_{rec}$\\
(7) V    : Weighted average velocity calculated from both sides, \\
~~~~~~followed by the $\pm$1 rms error\\

\end{table}
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