\begin{table}%t6
\caption{The emission line fluxes ($\rm H\beta=100$).
\label{tab6}}
%\centerline
{\begin{tabular}{llrrccllrr}
\hline\hline
 Label & line & Model flux & Obsd. flux  &&&  Label & line & Model flux & Obsd. flux  \\
       &      &            & (dereddened)&&&       &      &   &  (dereddened)\\
\hline
TOTL &  4861~A &   100.00  &    100.00 &&& N  2 &  6584~A &   458.66  &    466.00\\
O II &  3726~A &    40.30  &     41.80 &&& He 1 &  6678~A  &    3.28  &      3.65\\
O II &  3729~A &    14.89  &     22.30 &&& S II &  6716~A &     6.31  &      7.25\\
Ne 3 &  3869~A &     1.40  &      1.25 &&& S II &  6731~A &    11.39  &     12.90\\
S  2 &  4074~A &     3.20  &      4.02 &&& He 1 &  7065~A &     6.41  &      4.14\\
C  2 &  4267~A &     0.08  &      0.35 &&& Ar 3 &  7135~A &     6.84  &      6.88\\
H  1 &  4340~A &    46.70  &     47.50 &&& Fe 2 &  7155~A  &    0.13  &      0.43\\
TOTL(O3) &  4363~A &     0.17  &      0.36 &&& O II &  7323~A &     1.77  &      1.94\\
He 1 &  4471~A &     4.10  &      3.98 &&& O II &  7332~A &     1.35  &      1.56\\
Fe 3 &  4658~A &     2.61  &      2.75 &&& S  3 &  9532~A  &   72.19  &     73.20\\
Fe 2 &  4815~A &     0.05  &      0.78 &&& H  1 & 4.051~m &     9.20  &      8.54\\
Fe 2 &  4890~A &     0.03  &      0.40 &&& Ar 2 & 6.980~m &    16.53  &     28.50\\
Fe 2 &  4905~A &     0.01  &      0.39 &&& Ar 3 & 9.000~m &     8.35  &      8.24\\
O  3 &  4959~A &    14.46  &      6.49 &&& Ne 2 & 12.81~m  &   60.39  &     64.00\\
O  3 &  5007~A &    43.52  &     21.20 &&& Ne 3 & 15.55~m &     2.88  &      4.19\\
Fe 2 &  5159~A &     0.15  &      0.40 &&& S  3 & 18.67~m &    55.93  &     48.10\\
N  1 &  5200~A &     0.37  &      0.98 &&& Fe 2 & 25.99~m &     1.13  &      2.29\\
Fe 3 &  5270~A &     1.49  &      1.11 &&& S  3 & 33.47~m &    14.59  &     21.00\\
Cl 3 &  5518~A &     0.35  &      0.26 &&& O  3 & 51.80~m &     5.17  &      6.41\\
Cl 3 &  5538~A &     0.46  &      0.48 &&& N  3 & 57.21~m &    12.24  &      9.71\\
N  2 &  5755~A &     2.87  &      2.53 &&& O  1 & 63.17~m &     0.06  &      5.57\\
He 1 &  5876~A &    12.16  &     11.50 &&& O  3 & 88.33~m &     0.82  &      1.90\\
O  1 &  6300~A &     0.15  &      0.87 &&& N  2 & 121.7~m &     2.32  &      3.61\\
S  3 &  6312~A &     0.96  &      0.84 &&& O  1 & 145.5~m &     0.003 &      0.45\\
O  1 &  6363~A &     0.05  &      0.38 &&& C  2 & 157.6~m &     0.45  &      4.67\\
N  2 &  6548~A &   155.42  &    156.00 &&& \\
\hline 
\end{tabular}}
\par
\smallskip
Absolute H$\beta$ flux  (n.lobe)  ~Model: $1.68\times10^{-10}~\rm ergs~cm^{-2}~s^{-1}$. 
Obsn: $1.72\times10^{-10}~\rm ergs~cm^{-2}~s^{-1}$. \\ 
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}