Table 3: Lifetimes of central burning stages of solar metallicity models. Lifetimes are in years with exponent in brackets (2.14 $(-2)=2.14\times 10^{-2}$ ).
$M_{\rm {ZAMS}}$ 15 (HMM) 15 (WHW) 15 (LSC) 20 (HMM) 20 (WHW) 20 (LSC) 25 (HMM) 25 (WHW) 25 (LSC)

$\tau_{\rm {H}}$ 1.13 (7) 1.11 (7) 1.07 (7) 7.95 (6) 8.13 (6) 7.48 (6) 6.55 (6) 6.70 (6) 5.93 (6)

$\tau_{\rm {He}}$ 1.34 (6) 1.97 (6) 1.4 (6) 8.75 (5) 1.17 (6) 9.3 (5) 6.85 (5) 8.39 (5) 6.8 (5)

$\tau_{\rm {C}}$ 3.92 (3) 2.03 (3) 2.6 (3) 9.56 (2) 9.76 (2) 1.45 (3) 3.17 (2) 5.22 (2) 9.7 (2)

$\tau_{\rm {Ne}}$ 3.08 0.732 2.00 0.193 0.599 1.46 0.882 0.891 0.77

$\tau_{\rm {O}}$ 2.43 2.58 2.43 0.476 1.25 0.72 0.318 0.402 0.33

$\tau_{\rm {Si}}$ 2.14 (-2) 5.01 (-2) 2.14 (-2) 9.52 (-3) 3.15 (-2) 3.50 (-3) 3.34 (-3) 2.01 (-3) 3.41 (-3)

**Table 3:** Lifetimes of central burning stages of solar metallicity models. Lifetimes are in years with exponent in brackets (2.14 $(-2)=2.14\times 10^{-2}$ ).
$M_{\rm {ZAMS}}$	15 (HMM)	15 (WHW)	15 (LSC)	20 (HMM)	20 (WHW)	20 (LSC)	25 (HMM)	25 (WHW)	25 (LSC)
$\tau_{\rm {H}}$	1.13 (7)	1.11 (7)	1.07 (7)	7.95 (6)	8.13 (6)	7.48 (6)	6.55 (6)	6.70 (6)	5.93 (6)
$\tau_{\rm {He}}$	1.34 (6)	1.97 (6)	1.4 (6)	8.75 (5)	1.17 (6)	9.3 (5)	6.85 (5)	8.39 (5)	6.8 (5)
$\tau_{\rm {C}}$	3.92 (3)	2.03 (3)	2.6 (3)	9.56 (2)	9.76 (2)	1.45 (3)	3.17 (2)	5.22 (2)	9.7 (2)
$\tau_{\rm {Ne}}$	3.08	0.732	2.00	0.193	0.599	1.46	0.882	0.891	0.77
$\tau_{\rm {O}}$	2.43	2.58	2.43	0.476	1.25	0.72	0.318	0.402	0.33
$\tau_{\rm {Si}}$	2.14 (-2)	5.01 (-2)	2.14 (-2)	9.52 (-3)	3.15 (-2)	3.50 (-3)	3.34 (-3)	2.01 (-3)	3.41 (-3)

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