Table 3: Fundamental stellar parameters for $\epsilon$ Oph as found in the literature and for the best fitting model.
Literature best fitting

model

Effective temperature ... [K] 4877 $\pm$ 100¹ 4892

Luminosity ... [ $L_{\odot}$ ] 59 $\pm$ 5¹ 60.13

Radius ... [ $R_{\odot}$ ] 10.4 $\pm$ 0.45² 10.82

Mass ... [ $M_{\odot}$ ] 2.02

log g ... [g cm s^-2] 2.48 $\pm$ 0.36³ 2.674

Age ... [Gyr] 0.770

Mixing length parameter ... [Hp] 1.74

Metallicity ... [Z] 0.01⁴ 0.01

¹ De Ridder et al. (2006).
² Richichi et al. (2005) and Hipparcos.
³ Allende & Lambert (1999).
⁴ [Fe/H] = -0.25 from Cayrel de Strobel et al. (2001).

**Table 3:** Fundamental stellar parameters for $\epsilon$ Oph as found in the literature and for the best fitting model.
	Literature	best fitting
		model
Effective temperature ... [K]	4877 $\pm$ 100¹	4892
Luminosity ... [ $L_{\odot}$ ]	59 $\pm$ 5¹	60.13
Radius ... [ $R_{\odot}$ ]	10.4 $\pm$ 0.45²	10.82
Mass ... [ $M_{\odot}$ ]		2.02
log g ... [g cm s^-2]	2.48 $\pm$ 0.36³	2.674
Age ... [Gyr]		0.770
Mixing length parameter ... [Hp]		1.74
Metallicity ... [Z]	0.01⁴	0.01

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