\begin{table}%t8
\caption{\label{tab8}The emission line fluxes (${\rm H}\beta=100$).}
%\begin{flushleft}
%\centerline
{\begin{tabular}{llrrccllrr}
\hline\hline
 Label & Line$^{\dagger}$ & Model flux & Obsd. flux  &&&  Label & Line & Model flux & Obsd. flux  \\
       &      &            & (dereddened)&&&       &      &   &  (dereddened)\\
\hline
TOTL &  4861A & 100.00 & 100.00 &&&  Ar 5 &  7005A & 4.97 & 3.20 \\
TOTL &  1402A &  82.62 & 119.20 &&&  He 1 &  7065A & 1.39 & 0.80 \\
TOTL &  1486A &  83.97 & 79.00  &&&  Ar 3 &  7135A & 10.54  &  9.60 \\
TOTL &  1549A & 539.88 &290.00  &&&  Ar 4 &  7237A &  0.46 &   0.40 \\
He 2 &  1640A & 589.85 &704.00  &&&  Ar 4 &  7263A &  0.51 &   0.40 \\
TOTL &  1665A &  72.48 & 69.00  &&&  O II &  7323A &  0.75 &   0.60 \\
TOTL &  1750A &  56.40 & 60.00  &&&  Cl 4 &  7532A &  0.39 &   0.70 \\
TOTL &  1909A & 466.75 &520.00  &&&  He 2 &  7593A &  1.23 &   1.20 \\
Ne 4 &  2424A & 226.27 &274.00  &&&  Ar 3 &  7751A &  2.54 &   1.80 \\
He 2 &  2733A &  18.33 & 26.80  &&&  Cl 4 &  8047A &  0.78 &   1.60 \\
He 2 &  3203A &  34.62 & 37.00  &&&  He 2 &  8237A &  1.73 &   2.00 \\
TOTL &  3727A &  14.58 &  7.40  &&&  H  1 &  9015A &  1.68 &   1.50 \\
Ne 3 &  3869A & 137.51 & 67.80  &&&  S  3 &  9069A & 15.81 &   6.50 \\
Ne 3 &  3968A &  41.44 & 38.80  &&&  H  1 &  9229A &  2.32 &   2.50 \\
S II &  4070A &   0.71 &  1.10  &&&  S  3 &  9532A & 39.30 &  19.20 \\
C  2 &  4267A &   0.04 &  0.10  &&&  H  1 &  9546A &  3.35 &   2.60 \\
H  1 &  4340A &  47.28 & 50.30  &&&  Mg 5 & 5.610m & 10.67 &  11.60 \\
TOTL &  4363A &  28.06 & 16.00  &&&  Ar 5 & 8.000m &  7.01 &   6.00 \\
He 1 &  4471A &   1.14 &  0.70  &&&  Ar 3 & 9.000m &  4.34 &   8.10 \\
He 2 &  4686A &  86.60 & 98.00  &&&  S  4 & 10.51m & 147.23 & 108.00 \\
Ar 4 &  4740A &  14.39 &  8.50  &&&  Cl 4 & 11.70m &  1.22 &   0.89 \\
O  3 &  4959A & 358.34 &316.60  &&&  Ne 2 & 12.81m &  0.12 &   0.99 \\
O  3 &  5007A &1078.60 &1050.00  &&&  Ar 5 & 13.10m & 10.01 &   7.07 \\
He 2 &  5412A &   6.24 &  8.40  &&&  Mg 5 & 13.52m &  0.89 &   0.66 \\
Cl 3 &  5518A &   0.77 &  0.50  &&&  Ne 5 & 14.32m & 118.81 &  92.60 \\
Cl 3 &  5538A &   0.75 &  0.50  &&&  Ne 3 & 15.55m &  46.90 &  46.90 \\
O  1 &  5577A &   0.00 &  0.20  &&&  S  3 & 18.67m &  12.52 &  10.50 \\
N  2 &  5755A &   0.17 &  0.10  &&&  Cl 4 & 20.40m &   1.13 &   0.74 \\
He 1 &  5876A &   3.46 &  3.20  &&&  Ar 3 & 21.83m &   0.32 &   0.40 \\
S  3 &  6312A &   2.72 &  1.80  &&&  Ne 5 & 24.31m & 106.08 &  63.70 \\
N  2 &  6548A &   1.44 &  1.90  &&&  O  4 & 25.88m & 387.78 & 298.00 \\
N  2 &  6584A &   4.24 &  3.50  &&&  S  3 & 33.47m &   8.02 &   5.11 \\
He 1 &  6678A &   0.80 &  1.40  &&&  Si 2 & 34.81m &   0.26 &   0.28 \\
S II &  6716A &   1.64 &  0.40  &&&  Ne 3 & 36.01m &   4.10 &   3.63 \\
S II &  6731A &   2.16 &  0.70  &&&  &  & & \\
\hline
\end{tabular}}
\medskip
$^{\dagger}$ Wavelength in Angstroms.\\
Absolute H$\beta$ flux Model: $\rm 3.06\times10^{-11}~ergs~cm^{-2}~s^{-1}$
Obsn: $\rm 3.10\times10^{-11}~ergs~cm^{-2}~s^{-1}$. \\
{Notes}: ``A'' in Col.  ``Line'' signifies Angstrom;
``m'' signifies $\mu$m.  In Col. ``Label'', we have
followed the notation used by Cloudy for atoms and ions; this will make
identifying a line in Cloudy's huge line list easy.  Neutral state
is indicated by ``1'' and singly ionized state by ``2'' etc., ``TOTL'' typically
means the sum of all the lines in the doublet/multiplet; or it could
mean sum of all processes: recombination, collisional excitation,
and charge transfer.
Some elements are represented by usual notation as per Cloudy.
\par
\end{table}