Table 3: Timescales for the three models at their initial configuration.
$\tau_{\mbox{\tiny dyn}} = R_{\mbox{\tiny cl}}/c_{\mbox{\tiny cl}}$ $\tau_{\mbox{\tiny KH}}$ $\tau_{\mbox{\tiny eva}}=M/\dot{m}$

Model Myr Myr Myr

U 16.2 - 279

E 1.95 - 77.1

K 0.84 0.45 3.56

**Table 3:** Timescales for the three models at their initial configuration.
	$\tau_{\mbox{\tiny dyn}} = R_{\mbox{\tiny cl}}/c_{\mbox{\tiny cl}}$	$\tau_{\mbox{\tiny KH}}$	$\tau_{\mbox{\tiny eva}}=M/\dot{m}$
Model	Myr	Myr	Myr
U	16.2	-	279
E	1.95	-	77.1
K	0.84	0.45	3.56

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