Table 3: The logarithm of the line ratios is given for the two reddening laws, starburst (SB) and AGN, as derived from $\rm H\alpha / H\beta$ . The forbidden line fluxes correspond to the following transitions: O III: 500.7 nm, N II: 658.3 nm, S II: 671.6 + 673.1 nm, and O I: 630.0 nm.
$\rm\log{\frac{[O~III]}{H\beta}}$ $\rm\log{\frac{[N~II]}{H\alpha}}$ $\rm\log{\frac{[S~II]}{H\alpha}}$ $\rm\log{\frac{[O~I]}{H\alpha}}$ $\rm\frac{H\alpha}{H\beta}$

SB 0.68 -1.10 -0.83 -1.32 2.85

AGN 0.68 -1.09 -0.82 -1.31 3.10

**Table 3:** The logarithm of the line ratios is given for the two reddening laws, starburst (SB) and AGN, as derived from $\rm H\alpha / H\beta$ . The forbidden line fluxes correspond to the following transitions: O III: 500.7 nm, N II: 658.3 nm, S II: 671.6 + 673.1 nm, and O I: 630.0 nm.
	$\rm\log{\frac{[O~III]}{H\beta}}$	$\rm\log{\frac{[N~II]}{H\alpha}}$	$\rm\log{\frac{[S~II]}{H\alpha}}$	$\rm\log{\frac{[O~I]}{H\alpha}}$	$\rm\frac{H\alpha}{H\beta}$
SB	0.68	-1.10	-0.83	-1.32	2.85
AGN	0.68	-1.09	-0.82	-1.31	3.10

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