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Table 5:

Results to the Wilcoxon rank-sum test applied to redshift and  $T_{\rm vir}$ for the CC, SCC, WCC and NCC subpopulations.
Subsamples Parameter Significance Which subsample
being being ($\sigma$) has a larger avg.
compared used   param. value?
(1) (2) (3) (4)
CC-NCC redshift 0.82 NCC 
SCC-NCC redshift 1.12 NCC 
SCC-WCC redshift 0.96 WCC 
WCC-NCC redshift 0.16 NCC 
CC-NCC $T_{\rm vir}$ 1.98 NCC 
SCC-NCC $T_{\rm vir}$ 2.41 NCC 
SCC-WCC $T_{\rm vir}$ 1.62 WCC 
WCC-NCC $T_{\rm vir}$ 0.81 NCC 

Notes. Columns: (1) subsamples being compared, (2) the parameter (redshift or $T_{\rm vir}$) being used for the comparison, (3) the significance that the two distributions are not consistent with the null hypothesis (they are from the same parent distribution), (4) the subpopulation that comes from the larger redshift or higher temperature distribution.


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