\begin{table}%T3
\caption{\label{table:3}Fate of the disk mass at 170~000 years.}  
%\centering
\par
\begin{tabular}{c| c c c c c}
 \hline\hline 
Scenario & I & II & III & IV & V\\
 \hline
Total Initial Solids $({M}_{\oplus})$ & 24.39 & 23.68 & 22.89
& 20.61 & 14.59\\
 Total Surviving Solids $({M}_{\oplus})$ & 22.06~(90\%) &
21.04~(89\%) & 12.05~(53\%) & 14.75~(70\%) & 9.91~(68\%)\\
 Interior Surviving Solids $({M}_{\oplus})$ & 15.65~(64\%) &
14.60~(62\%) & 4.96~(22\%) & 2.86~(14\%) & 0.00~(0\%)\\
$N, f_{{\rm proto}}$ & 1, 1 & 3, 1 & 1, 0.99 & 1, 1 & 0, 0\\
 Exterior Surviving Solids $({M}_{\oplus})$ & 6.41~(26\%) &
6.44~(27\%) & 7.09~(31\%) & 11.59~(56\%) & 9.91~(68\%)\\
$N, f_{{\rm proto}}$ & 32, 0.66 & 32, 0.63 & 25, 0.65 & 23, 0.93
& 16, 0.89\\
 Accreted by Star $({M}_{\oplus})$ & 1.05~(4\%) & 0.74~(3\%) &
9.60~(42\%) & 5.81~(28\%) & 3.03~(21\%)\\
 Accreted by Giant $({M}_{\oplus})$ & 1.19~(5\%) & 1.88~(8\%)
& 1.24~(5\%) & 0.34~(2\%) & 1.65~(11\%)\\
Ejected $({M}_{\oplus})$ & 0.00~(0\%) & 0.025~(0.1\%) &
0.00~(0\%) & 0.025~(0.1\%) & 0.00~(0\%)\\
 \hline
\end{tabular}
\end{table}