**Table 11:** Source counts after corrections for the detection rate and flux bias.
Cumulative counts, $N_{\rm c}$ (sr^-1)				Differential counts, $\Delta N_{\rm c}/\Delta S_{\rm c}$ (Jy^-1 sr^-1)
C_90		C_160		C_90		C_160
$S_{\rm c}$ (mJy)^a	$N_{\rm c}$ ^b	$S_{\rm c}$ (mJy)	$N_{\rm c}$	$S_{\rm c}$ (mJy)^c	$\Delta N_{\rm c}/\Delta S_{\rm c}$ ^d	$S_{\rm c}$ (mJy)	$\Delta N_{\rm c}/\Delta S_{\rm c}$
400 (0.02)	3.63 $\times$ 10³ (1.00)	400 (0.04)	7.42 $\times$ 10³ (0.71)
269 (0.02)	1.09 $\times$ 10⁴ (0.58)	264 (0.04)	3.22 $\times$ 10⁴ (0.36)	313 (0.02)	6.51 $\times$ 10⁴ (0.71)	307 (0.04)	2.26 $\times$ 10⁵ (0.42)
177 (0.03)	4.96 $\times$ 10⁴ (0.28)	153 (0.05)	1.42 $\times$ 10⁵ (0.22)	205 (0.03)	5.27 $\times$ 10⁵ (0.32)	177 (0.05)	1.74 $\times$ 10⁶ (0.26)
106 (0.03)	1.98 $\times$ 10⁵ (0.15)			122 (0.03)	3.39 $\times$ 10⁶ (0.18)
56 (0.03)	1.43 $\times$ 10⁶ (0.13)			65 (0.03)	5.31 $\times$ 10⁷ (0.15)

^- Values in parentheses give errors relative to the preceding values; thus, abc (xyz) means $abc \pm abc*xyz$ .
^a $S_{\rm c}$ for cumulative counts is $S_{\rm obs}$ divided by the flux bias.
^b $N_{\rm c}$ is the cumulative counts after the correction applied.
^c $S_{\rm c}$ for cumulative counts is $S^{*}_{\rm obs}$ divided by the flux bias.
^d $\Delta N_{\rm c}/\Delta S_{\rm c}$ is the differential counts after the correction has been applied.

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