Table 7: Results for a homogeneous model with infinite central pressure and $r_{\rm p}/r_{\rm e}=0.7$ . For the meaning of the quantities, see Table 1. The virial identities are not defined for $\bar{p}_{\rm c}=\infty$ since the integrals I₁,I₂,J₁,J₂ diverge.
m=10 m=16 m=22

$\bar{p}_{\rm c}$ $\infty$

$r_{\rm p}/r_{\rm e}$ 0.7

$\bar{\Omega}$ 1.765 4.4e-04 8.0e-06 1.0e-06

$\bar{M}$ 0.1804 6.7e-04 1.7e-04 2.5e-05

$\bar{R}_{\rm circ}$ 0.3865 4.3e-04 1.3e-04 2.0e-05

$\protect\bar{J}$ 0.02984 2.1e-03 4.0e-04 6.0e-05

$Z_{\rm p}$ 5.179 2.9e-03 5.0e-04 7.5e-05

$\vert 1-M_{\rm in}/M_{\rm out}\vert$ 1.6e-04 9.7e-05 4.3e-05

$\vert 1-J_{\rm in}/J_{\rm out}\vert$ 4.7e-04 1.6e-04 6.8e-05

**Table 7:** Results for a homogeneous model with infinite central pressure and $r_{\rm p}/r_{\rm e}=0.7$ . For the meaning of the quantities, see Table 1. The virial identities are not defined for $\bar{p}_{\rm c}=\infty$ since the integrals I₁,I₂,J₁,J₂ diverge.
	m=10	m=16	m=22
$\bar{p}_{\rm c}$	$\infty$
$r_{\rm p}/r_{\rm e}$	0.7
$\bar{\Omega}$	1.765	4.4e-04	8.0e-06	1.0e-06
$\bar{M}$	0.1804	6.7e-04	1.7e-04	2.5e-05
$\bar{R}_{\rm circ}$	0.3865	4.3e-04	1.3e-04	2.0e-05
$\protect\bar{J}$	0.02984	2.1e-03	4.0e-04	6.0e-05
$Z_{\rm p}$	5.179	2.9e-03	5.0e-04	7.5e-05
$\vert 1-M_{\rm in}/M_{\rm out}\vert$		1.6e-04	9.7e-05	4.3e-05
$\vert 1-J_{\rm in}/J_{\rm out}\vert$		4.7e-04	1.6e-04	6.8e-05

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