Table 4: Parameters of selected theoretical models for $\epsilon$ Cep. The mass, radius, and luminosity are given in solar units, $T_{\rm eff}$ is the surface temperature, $X_{\rm c}$ is the central hydrogen fraction, $\Delta \nu$ is the large separation, and $\rho$ is the stellar mean density in solar units.
$M/M_\odot$ $R/R_\odot$ $L/L_\odot$ $T_{\rm eff}$ [K] $X_{\rm c}$ $\Delta \nu_{l=0}$ [c d^-1] $\rho/\rho_\odot$

1.55 1.76 6.70 7000 0.48 4.99 0.283

1.60 1.77 7.50 7190 0.50 4.94 0.287

1.65 1.79 8.46 7370 0.51 4.95 0.288

1.70 1.82 9.57 7530 0.51 4.89 0.281

1.75 1.83 10.70 7720 0.52 4.90 0.284

1.80 1.84 11.89 7910 0.53 4.92 0.288

**Table 4:** Parameters of selected theoretical models for $\epsilon$ Cep. The mass, radius, and luminosity are given in solar units, $T_{\rm eff}$ is the surface temperature, $X_{\rm c}$ is the central hydrogen fraction, $\Delta \nu$ is the large separation, and $\rho$ is the stellar mean density in solar units.
$M/M_\odot$	$R/R_\odot$	$L/L_\odot$	$T_{\rm eff}$ [K]	$X_{\rm c}$	$\Delta \nu_{l=0}$ [c d^-1]	$\rho/\rho_\odot$
1.55	1.76	6.70	7000	0.48	4.99	0.283
1.60	1.77	7.50	7190	0.50	4.94	0.287
1.65	1.79	8.46	7370	0.51	4.95	0.288
1.70	1.82	9.57	7530	0.51	4.89	0.281
1.75	1.83	10.70	7720	0.52	4.90	0.284
1.80	1.84	11.89	7910	0.53	4.92	0.288

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