Table 1: The data in the first four columns are from Sanders et al. (2002). The last two columns show the empirical relation between the asymptotic speeds and the masses of the galaxies.
Galaxy R M $v_\infty$ $2(v_\infty/c)^2$ $\alpha_0$
  kpc $10^{10}~M_\odot$ km s-1 $\times10^{7}$ $\times10^{12}$
NGC 5533 72.0 22.0 250 13.9 3.02
NGC 3992 30.0 16.22 242 13.0 3.28
NGC 5907 32.0 10.8 214 10.2 3.15
NGC 2998 48.0 11.3 213 10.1 3.05
NGC 801 60.0 12.9 218 10.6 3.00
NGC 5371 40.0 12.5 208 9.61 2.76
NGC 4157 26.0 5.62 185 7.61 3.24
NGC 4217 14.5 4.50 178 7.04 3.35
NGC 4013 27.0 4.84 177 6.96 3.19
NGC 4088 18.8 4.09 173 6.65 3.32
NGC 4100 19.8 4.62 164 5.98 2.81
NGC 3726 28.0 3.24 162 5.83 3.26
NGC 4051 10.6 3.29 159 5.62 3.12
NGC 4138 13.0 3.01 147 4.82 2.80
NGC 2403 19.0 1.57 134 3.99 3.19
UGC 128 40.0 1.48 131 3.81 3.14
NGC 3769 33.0 1.33 122 3.31 2.88
NGC 6503 21.8 1.07 121 3.25 3.14
NGC 4183 18.0 0.93 112 2.79 2.89
UGC 6917 9.0 0.74 110 2.69 3.12
UGC 6930 14.5 0.73 110 2.69 3.14
M 33 9.0 0.61 107 2.54 3.24
UGC 6983 13.8 0.86 107 2.54 2.74
NGC 7793 6.8 0.51 100 2.22 3.10
NGC 300 12.4 0.35 90 1.80 3.02
NGC 5585 12.0 0.37 90 1.80 2.94
NGC 6399 6.8 0.28 88 1.72 3.22
NGC 55 10.0 0.23 86 1.64 3.39
UGC 6667 6.8 0.33 86 1.64 2.83
UGC 6923 4.5 0.24 81 1.46 2.95
UGC 6818 6.0 0.14 73 1.18 3.12
R: radius of the galaxy (kpc); M: stellar + HI mass ( $10^{10}~M_\odot$);
$v_\infty$: asymptotic speed (km s-1); $\alpha_0$: $2(v_\infty/c)^2 M^{-0.494}$.

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