\begin{table}%t2
      \caption{\label{table2}Relative energies (kcal/mol) for the possible products.}
%\centering
\par
 %\centering
\par
\begin{tabular}{lccc}
\hline\hline\noalign{\smallskip}
& & ${\Delta}E$ &  ${\Delta}E$  \\ \multicolumn{2}{c}{Products} &  (MP2)  & (CCSD(T)) \\
\hline\noalign{\smallskip}
NH$_{3}$CH$_{2}$COOH$^{+}$ (c1) ($^{1}$A$^{\prime}$) + H  &   [A]  &   $-$15.43   &	$-$9.15 \\
%\hline
NH$_{3}$CH$_{2}$COOH$^{+}$ (c2) ($^{1}$A$^{\prime}$) + H  &    [B] & $-$10.42   &  $-$4.27 \\
%\hline
NH$_{4}^{+}$ ($^{1}$A) + CH$_{2}$COOH ($^{1}$A)  &    [C]  &   $-$24.35 &  $-$24.22  \\
%\hline
NH$_{2}$CH$_{2}$COOH$^{+}$ ($^{2}A$$^{\prime\prime}$) + H$_{2}$  & [D]   & $-$1.90	 &   $-$2.69 \\
%\hline
c-CH$_{3}$CONHOH$^{+}$ ($^{2}$A$^{\prime\prime}$) + H$_{2}$        &  [E1]  &   32.41 &    31.81  \\
%\hline
t-CH$_{3}$CONHOH$^{+}$($^{2}$A$^{\prime\prime}$) + H$_{2}$       &     [E2]  & 41.93 &    38.77  \\
%\hline
t-CH$_{3}$C(OH$)_{2}^{+}$($^{1}$A$^{\prime}$ + NH$_{2}$      &       [F1]   &    3.88    &     1.42  \\
%\hline
c-CH$_{3}$C(OH)$_{2}^{+}$ ($^{1}$A$^{\prime}$) + NH$_{2}$     &    [F2]  &   7.95  &   5.45  \\
%\hline
c-CH$_{3}$COOHNH$_{2}^{+}$ ($^{1}$A$^{\prime}$) + H  &     [G1]  &  35.68   &   38.79 \\
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t-CH$_{3}$COOHNH$_{2}^{+}$ ($^{1}$A$^{\prime}$) + H  &     [G2]  &  43.35   &   45.67 \\
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c-CH$_{3}$CONH$_{2}$OH$^{+}$ ($^{1}$A$^{\prime}$) + H &     [H1]  &  44.93   &   48.62  \\
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t-CH$_{3}$CONH$_{2}$OH$^{+}$ ($^{1}$A$^{\prime}$) + H    &   [H2]  & 47.32  & 51.07 \\
%\hline
NH$_{3}$ ($^{1}$A) + CH$_{3}$COOH$^{+}$ ($^{2}$A$^{\prime}$)   &    [I]  &  17.51  &   10.91 \\
%\hline
CH$_{2}$COOH$^{+}$ ($^{1}$A) + NH$_{4}$   &   [J]   &   78.34  &  69.80 \\
\hline
\end{tabular}\vspace*{2.5mm}
 \end{table}