Table 1: The parameters at different evolutionary points a, b, c, d and e of the STD and ROT sequences.
Sequence t(10⁷ yr) $P({\rm d})$ $M _{1} (M_{\odot})$ $M _{2} (M_{\odot})$ $\log L/L_{\odot}$ $\log T_{\rm eff}$ X ₁(c) Y₁(c) X₁ Y₁ $V_{\rm rot}({\rm km~s}^1)$

a

STD 0.0000 2.775 9.000 6.000 3.538 4.361 0.700 0.2800 0.7000 0.2800

ROT 0.0000 2.773 9.000 6.000 3.512 4.353 0.700 0.2800 0.7000 0.2800 68.48

b

STD 2.8859 2.727 8.935 5.995 3.927 4.278 0.0567 0.9238 0.7000 0.2800

ROT 2.8200 2.738 8.942 5.996 3.853 4.277 0.1305 0.8495 0.6999 0.2800 145.92

c

STD 3.1239 9.116 3.030 11.885 3.434 4.072 0.0000 0.9800 0.6493 0.3307

ROT 3.5338 9.136 3.045 11.840 3.305 4.063 0.0000 0.9800 0.6662 0.3138 62.61

d

STD 3.1527 31.726 1.803 13.094 4.060 4.085 0.0000 0.9799 0.1139 0.8661

e

STD 3.3969 34.051 1.694 13.113 3.267 4.800 0.0000 0.4006 0.0449 0.9351

ROT 3.6827 52.508 1.461 13.366 3.406 4.679 0.0000 0.9800 0.1268 0.8532 0.71

**Table 1:** The parameters at different evolutionary points a, b, c, d and e of the STD and ROT sequences.
Sequence	t(10⁷ yr)	$P({\rm d})$	$M _{1} (M_{\odot})$	$M _{2} (M_{\odot})$	$\log L/L_{\odot}$	$\log T_{\rm eff}$	X ₁(c)	Y₁(c)	X₁	Y₁	$V_{\rm rot}({\rm km~s}^1)$
a
STD	0.0000	2.775	9.000	6.000	3.538	4.361	0.700	0.2800	0.7000	0.2800
ROT	0.0000	2.773	9.000	6.000	3.512	4.353	0.700	0.2800	0.7000	0.2800	68.48
b
STD	2.8859	2.727	8.935	5.995	3.927	4.278	0.0567	0.9238	0.7000	0.2800
ROT	2.8200	2.738	8.942	5.996	3.853	4.277	0.1305	0.8495	0.6999	0.2800	145.92
c
STD	3.1239	9.116	3.030	11.885	3.434	4.072	0.0000	0.9800	0.6493	0.3307
ROT	3.5338	9.136	3.045	11.840	3.305	4.063	0.0000	0.9800	0.6662	0.3138	62.61
d
STD	3.1527	31.726	1.803	13.094	4.060	4.085	0.0000	0.9799	0.1139	0.8661
e
STD	3.3969	34.051	1.694	13.113	3.267	4.800	0.0000	0.4006	0.0449	0.9351
ROT	3.6827	52.508	1.461	13.366	3.406	4.679	0.0000	0.9800	0.1268	0.8532	0.71

Source LaTeX | All tables | In the text