Table 4: Inferred ages and thrusts of the outflow using the global method and using the velocity ranges 2-40 km s^-1 and 7-40 km s^-1. The quantities are normalized to the true age and molecular thrust of the outflow. Errors on the total (molecular+atomic) thrust may be obtained by multiplying the relevant numbers by 0.45 ( $\eta =0.1$ ) or 0.26 ( $\eta =1$ ).
2* $\eta$ 2* $\alpha$ $\displaystyle\frac{t_{\rm g}}{\mbox{True age}}$ $\displaystyle\frac{F_{\rm g}}{F_{\rm H_2}}$

(2-40) (7-40) (2-40) (7-40)

4*0.1 $0^\circ$ 22.3 6.8 0.017 0.0017

$30^\circ$ 10.1 3.4 0.055 0.042

$60^\circ$ 4.8 2.0 0.16 0.21

$90^\circ$ 1.2 0.5 0.71 0.93

4*1 $0^\circ$ 34.6 15.2 0.050 0.021

$30^\circ$ 28.8 11.5 0.052 0.028

$60^\circ$ 16.3 5.6 0.077 0.073

$90^\circ$ 2.1 0.9 0.42 0.50

**Table 4:** Inferred ages and thrusts of the outflow using the global method and using the velocity ranges 2-40 km s^-1 and 7-40 km s^-1. The quantities are normalized to the true age and *molecular* thrust of the outflow. Errors on the total (molecular+atomic) thrust may be obtained by multiplying the relevant numbers by 0.45 ( $\eta =0.1$ ) or 0.26 ( $\eta =1$ ).
2* $\eta$	2* $\alpha$	$\displaystyle\frac{t_{\rm g}}{\mbox{True age}}$	$\displaystyle\frac{F_{\rm g}}{F_{\rm H_2}}$
		(2-40)	(7-40)	(2-40)	(7-40)
4*0.1	$0^\circ$	22.3	6.8	0.017	0.0017
	$30^\circ$	10.1	3.4	0.055	0.042
	$60^\circ$	4.8	2.0	0.16	0.21
	$90^\circ$	1.2	0.5	0.71	0.93
4*1	$0^\circ$	34.6	15.2	0.050	0.021
	$30^\circ$	28.8	11.5	0.052	0.028
	$60^\circ$	16.3	5.6	0.077	0.073
	$90^\circ$	2.1	0.9	0.42	0.50

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