Table 1:

Revised astrophysical parameters and orbital elements of EBS showing apsidal motion.

System	P (d)	Mass	Radius			e	d/dt	Ref.
	(days)	()	()	(K)	(cgs)		(deg/cycle)
EM Car	3.41	22.83 0.32	9.35 0.17	34 000 2000	3.855 0.016	0.0120 0.0005	0.081 0.005	1
		21.38 0.33	8.35 0.16	34 000 2000	3.925 0.016
V478 Cyg	2.88	16.62 0.33	7.428 0.072	30479 1000	3.9173 0.0074	0.0158 0.007	0.1047 0.0010	2, 3, 4
		16.27 0.33	7.428 0.072	30549 1000	3.9080 0.0075
V453 Cyg	3.89	13.82 0.35	8.447 0.068	27800 400	3.7253 0.0056	0.022 0.002	0.054 0.003	3, 5, 6,7
		10.64 0.22	5.422 0.068	26200 500	3.9970 0.0095
CW Cep	2.73	13.05 0.20	5.65 0.12	28300 1000	4.050 0.019	0.0293 0.0006	0.0582 0.0005	4, 8, 9, 10
		11.91 0.20	5.14 0.12	27700 1000	4.092 0.021
QX Car	4.48	9.24 0.12	4.292 0.091	23800 500	4.139 0.018	0.278 0.003	0.01222 0.00022	11, 12
		8.46 0.12	4.054 0.091	22600 500	4.150 0.019
V539 Ara	3.17	6.240 0.066	4.517 0.084	18100 500	3.924 0.016	0.053 0.001	0.0193 0.0010	13, 14, 15
		5.314 0.060	3.429 0.083	17100 500	4.094 0.021
AG Per	2.03	5.35 0.16	2.996 0.071	18200 800	4.213 0.020	0.0709 0.0006	0.0262 0.0004	4, 16
		4.89 0.13	2.606 0.070	17400 800	4.296 0.023
U Oph	1.68	5.273 0.091	3.485 0.021	16 440 250	4.0759 0.0043	0.00305 0.00008	0.07919 0.00001	17, 18
		4.739 0.072	3.111 0.034	15590 250	4.1282 0.0087
V760 Sco	1.73	4.969 0.090	3.016 0.066	16900 500	4.176 0.019	0.0270 0.0005	0.0443 0.0004	19, 20
		4.609 0.073	2.642 0.066	16300 500	4.258 0.021
GG Lup	1.85	4.106 0.044	2.381 0.025	14750 450	4.2983 0.0089	0.150 0.005	0.0181 0.0006	21
		2.504 0.023	1.726 0.019	11000 600	4.3628 0.0092
Phe	1.67	3.921 0.045	2.853 0.015	14400 800	4.1210 0.0040	0.0113 0.0010	0.0280 0.0010	13, 22
		2.545 0.026	1.854 0.011	12 000 600	4.3076 0.0046
IQ Per	1.74	3.504 0.054	2.446 0.024	12300 230	4.2060 0.0080	0.0763 0.0008	0.0138 0.0003	4, 23
		1.730 0.025	1.499 0.016	7700 140	4.3248 0.0085
PV Cas	1.75	2.816 0.050	2.301 0.020	10200 250	4.1640 0.0063	0.0322 0.0005	0.0190 0.0004	24, 25, 26
		2.757 0.054	2.258 0.019	10190 250	4.1713 0.0067
V451 Oph	2.20	2.769 0.062	2.642 0.031	10800 800	4.0368 0.0091	0.0125 0.0015	0.0120 0.0007	27
		2.351 0.052	2.029 0.028	9800 500	4.195 0.011
V1647 Sgr	3.28	2.184 0.037	1.832 0.018	9600 300	4.2517 0.0078	0.4130 0.0005	0.00546 0.00006	28
		1.967 0.033	1.668 0.017	9100 300	4.2879 0.0084
EK Cep	4.43	2.025 0.023	1.5801 0.0065	9000 200	4.3473 0.0027	0.109 0.003	0.00093 0.00010	29, 30, 31, 33
		1.122 0.012	1.3156 0.0057	5700 200	4.2499 0.0032
IT Cas	3.90	1.3315 0.0093	1.595 0.018	6470 100	4.1574 0.0096	0.0797 0.0016	0.00117 0.00007	32, 33
		1.3290 0.0078	1.563 0.018	6470 100	4.1740 0.0097
V636 Cen	4.28	1.0518 0.0048	1.0188 0.0043	5900 85	4.4441 0.0036	0.1348 0.0012	0.00080 0.00005	34
		0.8545 0.0030	0.8302 0.0043	5000 100	4.5317 0.0044

References. 1 Andersen & Clausen (1989); 2 Popper & Etzel (1981); 3 Popper & Hill (1991); 4 Wolf et al. (2006); 5 Southworth et al. (2004); 6 Pavlovski & Southworth (2009); 7 Wachmann (1974); 8 Popper (1974); 9 Clausen & Giménez (1991); 10 Stickland et al. (1992); 11 Andersen et al. (1983); 12 Giménez et al. (1986); 13 Andersen (1983); 14 Clausen (1996); 15 Wolf & Zejda (2005); 16 Giménez & Clausen (1994); 17 Holmgren et al. ( 1991); 18 Vaz et al. (2007); 19 Andersen et al. (1985); 20 Wolf (2000); 21 Andersen et al. (1993); 22 Zasche & Wolf (2007); 23 Lacy & Frueh (1985); 24 Popper (1987a); 25 Barembaum & Etzel (1995); 26 Svarícek et al. (2008); 27 Clausen et al. (1986); 28 Andersen & Giménez (1985); 29 Popper (1987b); 30 Martin & Rebolo (1993); 31 Claret et al. (1995); 32 Lacy et al. (1997); 33 Wolf et al. (2009); 34 Clausen et al. (2009).