Table 8 and Table 10. 


%Table 8 in paper
\caption{Final core masses $M_{\mathrm{final}}$ and total lifetime 

initial mass & $M_{\mathrm{Final}}$ & $\tau_{\mathrm{total}}$ \\
 [$\msun$]           & [$\msun$] & [$yr$] \\

\multicolumn{3}{c}{Z=0.0001} \\

1.0 & 0.592 & 5.670E+09 \\
1.65& 0.637 & 1.211E+09 \\
2.0 & 0.665 & 6.972E+08 \\
3.0 & 0.852 & 2.471E+08 \\
4.0 & 0.905 & 1.347E+08 \\
5.0 & 0.992 & 8.123E+07 \\
6.0 & 1.125 & 5.642E+07 \\
7.0 & 1.272 & 4.217E+07 \\

\multicolumn{3}{c}{Z=0.001} \\

1.0 | 5.845E-01 | 6.171E+09 \\
1.65 | 6.169E-01 | 1.069E+10 \\
2.0 | 6.352E-01 | 8.592E+08 \\
3.0 | 8.242E-01 | 2.987E+08 \\
4.0 | 8.936E-01 | 1.518E+08 \\
5.0 | 9.855E-01 | 9.316E+07 \\
6.0 | 1.122E+00 | 6.388E+07 \\
7.0 | 1.259E+00 | 4.710E+07 \\

\multicolumn{3}{c}{Z=0.006} \\

1.0 | 5.678E-01 | 8.248E+09 \\
1.65 | 6.140E-01 | 1.644E+09 \\
2.0 | 6.176E-01 | 1.129E+09 \\
3.0 | 7.097E-01 | 3.639E+08 \\
4.0 | 8.611E-01 | 1.727E+08 \\
5.0 | 9.533E-01 | 1.026E+08 \\
6.0 | 1.053E+00 | 6.880E+07 \\
7.0 | 1.164E+00 | 4.971E+07 \\

% TAble 10
\caption{Lifetimes of major central burning stages of massive star models.
Shown are lifetimes for H burning, $\tau_{\mathrm{H}}$, He burning, $\tau_{\mathrm{He}}$, C burning, $\tau_{\mathrm{C}}$,
Ne burning $\tau_{\mathrm{Ne}}$, O burning, $\tau_{\mathrm{O}}$, Si burning, $\tau_{\mathrm{Si}}$, and the total lifetime
of the stellar models, $\tau_{\mathrm{total}}$. Times in yr.}

Model & $\tau_{\mathrm{H}}$ & $\tau_{\mathrm{He}}$ & $\tau_{\mathrm{C}}$ & $\tau_{\mathrm{Ne}}$ & $\tau_{\mathrm{O}}$ & $\tau_{\mathrm{Si}}$ & $\tau_{\mathrm{total}}$\\

\multicolumn{8}{c}{Z = 0.02} \\

12  & 1.742E+07 & 1.669E+06 & 1.046E+04 & 1.046E+01 & 2.973E+00 & 1.895E-01 & 1.935E+07\\
15  & 1.243E+07 & 1.250E+06 & 1.835E+03 & 2.829E+00 & 1.361E+00 & 8.840E-02 & 1.386E+07\\
20  & 8.687E+06 & 8.209E+05 & 1.270E+02 & 1.811E+00 & 7.086E-01 & 5.071E-02 & 9.596E+06\\
25  & 6.873E+06 & 6.426E+05 & 2.525E+02 & 5.303E-01 & 1.390E-01 & 1.385E-02 & 7.585E+06\\

\multicolumn{8}{c}{Z = 0.01} \\

12  & 1.787E+07 & 1.665E+06 & 1.783E+03 & 6.104E+00 & 3.196E+00 & 1.401E-01 & 1.971E+07\\
15  & 1.290E+07 & 1.223E+06 & 2.881E+03 & 1.446E+00 & 1.735E+00 & 9.452E-02 & 1.423E+07\\
20  & 8.979E+06 & 8.156E+05 & 1.788E+03 & 3.680E-01 & 2.249E-01 & 2.540E-02 & 9.922E+06\\
25  & 7.140E+06 & 6.457E+05 & 3.905E+02 & 6.256E-01 & 6.091E-01 & 4.463E-02 & 7.859E+06\\

\multicolumn{8}{c}{Z = 0.006} \\

12  & 1.795E+07 & 1.670E+06 & 4.345E+03 & 1.219E+01 & 3.376E+00 & 2.414E-01 & 1.981E+07\\
15  & 1.296E+07 & 1.218E+06 & 3.751E+02 & 9.122E-01 & 8.084E-01 & 5.914E-02 & 1.436E+07\\
20  & 9.141E+06 & 8.262E+05 & 8.429E+02 & 4.553E-01 & 2.433E-01 & 2.638E-02 & 1.005E+07\\
25  & 7.250E+06 & 6.405E+05 & 1.567E+02 & 6.077E-01 & 1.114E+00 & 8.914E-02 & 7.949E+06\\

\multicolumn{8}{c}{Z = 0.001} \\

12  & 1.782E+07 & 1.678E+06 & 1.114E+03 & 2.351E+00 & 2.145E+00 & 1.010E-01 & 1.966E+07\\
15  & 1.305E+07 & 1.178E+06 & 2.999E+02 & 9.481E-01 & 6.948E-01 & 4.270E-02 & 1.433E+07\\
20  & 9.183E+06 & 7.925E+05 & 6.678E+02 & 1.268E+00 & 1.433E-01 & 2.576E-02 & 1.008E+07\\
25  & 7.295E+06 & 6.184E+05 & 1.265E+02 & 4.622E-01 & 6.535E-01 & 8.337E-02 & 7.994E+06\\

\multicolumn{8}{c}{Z = 0.0001} \\

12  & 1.750E+07 & 1.550E+06 & 9.097E+02 & 1.294E+00 & 1.922E+00 & 7.426E-02 & 1.925E+07\\
15  & 1.288E+07 & 1.122E+06 & 3.196E+02 & 1.167E+00 & 7.034E-01 & 4.253E-02 & 1.413E+07\\
20  & 9.151E+06 & 7.558E+05 & 3.567E+02 & 1.068E+00 & 1.711E-01 & 2.190E-02 & 9.982E+06\\
25  & 7.284E+06 & 5.952E+05 & 4.199E+02 & 4.468E-01 & 6.640E-01 & 8.287E-02 & 7.927E+06\\