Table 2: New photometric data for the eclipsing binaries and the comparison stars. For the eclipsing binaries, the ${\it uvby}\beta$ information is the mean values outside eclipses, see also Fig 1. N is the total number of observations used to form the mean values, and $\sigma$ is the rms error (per observation) in mmag. See also Table 3.
Object Sp. type V $\sigma$ b-y $\sigma$ m₁ $\sigma$ c₁ $\sigma$ N (uvby) $\beta$ $\sigma$ N ( $\beta$ )

AD Boo F6+G0 9.379 7 0.322 4 0.186 10 0.431 14 14 2.647 8 16

HD 128369 F5 7.959 8 0.281 3 0.149 8 0.455 11 17 2.640 8 15

HD 129430 G8III-IV 6.402 5 0.581 2 0.311 6 0.385 9 5 2.573 3 3

HD 128185 F8V 7.925 11 0.373 5 0.183 10 0.402 12 13 2.606 8 14

HW CMa A8 9.190 6 0.128 3 0.228 10 0.839 14 6 2.853 10 95

SW CMa A8 9.149 9 0.094 8 0.210 9 1.013 7 12 2.865 10 104

HD 56341 A0V 6.358 8 -0.001 2 0.127 5 1.098 7 17 2.861 6 53

HD 53123 B9V 7.156 13 -0.020 5 0.112 7 0.878 9 10 2.805 8 51

HD 55271 B5V 6.950 14 0.005 2 0.060 8 0.290 6 2 2.520 10 9

V636 Cen F8/G0V 8.704 11 0.410 4 0.205 7 0.285 18 16 2.594 12 57

HD 124829 F2 8.466 6 0.266 4 0.143 6 0.516 6 16 2.682 6 16

HD 125444 A6V 7.557 12 0.111 4 0.176 7 0.918 5 10 2.814 9 34

VZ Hya F5+F6 8.953 4 0.300 4 0.166 7 0.389 9 9 2.640 9 83

HD 72528 F7V 7.330 3 0.337 2 0.177 3 0.388 6 8 2.628 8 33

HD 71615 F0 7.946 3 0.233 4 0.176 7 0.516 8 9 2.692 8 34

HD 72782 A2 7.641 10 0.109 2 0.183 3 0.947 11 5 2.831 7 61

WZ Oph F8 9.096 7 0.366 5 0.145 7 0.375 5 11 2.627 8 11

HD 155193 F8IV 7.007 7 0.338 4 0.185 5 0.405 6 12 2.623 7 12

HD 154931 G0 7.258 7 0.384 4 0.189 6 0.361 4 12 2.600 8 13

**Table 2:** New photometric data for the eclipsing binaries and the comparison stars. For the eclipsing binaries, the ${\it uvby}\beta$ information is the mean values outside eclipses, see also Fig 1. N is the total number of observations used to form the mean values, and $\sigma$ is the rms error (per observation) in mmag. See also Table 3.
Object	Sp. type	V	$\sigma$	b-y	$\sigma$	m₁	$\sigma$	c₁	$\sigma$	N (uvby)	$\beta$	$\sigma$	N ( $\beta$ )
AD Boo	F6+G0	9.379	7	0.322	4	0.186	10	0.431	14	14	2.647	8	16
HD 128369	F5	7.959	8	0.281	3	0.149	8	0.455	11	17	2.640	8	15
HD 129430	G8III-IV	6.402	5	0.581	2	0.311	6	0.385	9	5	2.573	3	3
HD 128185	F8V	7.925	11	0.373	5	0.183	10	0.402	12	13	2.606	8	14
HW CMa	A8	9.190	6	0.128	3	0.228	10	0.839	14	6	2.853	10	95
SW CMa	A8	9.149	9	0.094	8	0.210	9	1.013	7	12	2.865	10	104
HD 56341	A0V	6.358	8	-0.001	2	0.127	5	1.098	7	17	2.861	6	53
HD 53123	B9V	7.156	13	-0.020	5	0.112	7	0.878	9	10	2.805	8	51
HD 55271	B5V	6.950	14	0.005	2	0.060	8	0.290	6	2	2.520	10	9
V636 Cen	F8/G0V	8.704	11	0.410	4	0.205	7	0.285	18	16	2.594	12	57
HD 124829	F2	8.466	6	0.266	4	0.143	6	0.516	6	16	2.682	6	16
HD 125444	A6V	7.557	12	0.111	4	0.176	7	0.918	5	10	2.814	9	34
VZ Hya	F5+F6	8.953	4	0.300	4	0.166	7	0.389	9	9	2.640	9	83
HD 72528	F7V	7.330	3	0.337	2	0.177	3	0.388	6	8	2.628	8	33
HD 71615	F0	7.946	3	0.233	4	0.176	7	0.516	8	9	2.692	8	34
HD 72782	A2	7.641	10	0.109	2	0.183	3	0.947	11	5	2.831	7	61
WZ Oph	F8	9.096	7	0.366	5	0.145	7	0.375	5	11	2.627	8	11
HD 155193	F8IV	7.007	7	0.338	4	0.185	5	0.405	6	12	2.623	7	12
HD 154931	G0	7.258	7	0.384	4	0.189	6	0.361	4	12	2.600	8	13

Source LaTeX | All tables | In the text