Table 1: Inclination-independent errors for the $\eta =0.1$ underdense jet simulation. The total swept-up mass, the molecular swept-up mass, the mass inferred assuming T=10 K, and the mass inferred assuming T=100 K for the simulation at t=1500 yrs. The numbers in parentheses represent the fraction of the actual mass in the outflow. Also shown are the same quantities for momentum and kinetic energy.
Property Mass (10^-4 $M_{\odot}$ ) z-Momentum (10^-3 $M_{\odot}$ km s^-1) Energy (10^-2 $M_{\odot}$ km² s^-2)

Total (swept up) 7.9 2.50 2.45

H₂ 5.0 (0.64) 1.13 (0.45) 0.76 (0.31)

Inferred, T = 10 K 6.3 (0.79) 1.01 (0.40) 0.48 (0.20)

Inferred, T = 100 K 14.1 (1.78) 2.27 (0.91) 1.09 (0.44)

**Table 1:** Inclination-independent errors for the $\eta =0.1$ underdense jet simulation. The total swept-up mass, the molecular swept-up mass, the mass inferred assuming T=10 K, and the mass inferred assuming T=100 K for the simulation at t=1500 yrs. The numbers in parentheses represent the fraction of the actual mass in the outflow. Also shown are the same quantities for momentum and kinetic energy.
Property	Mass (10^-4 $M_{\odot}$ )	z-Momentum (10^-3 $M_{\odot}$ km s^-1)	Energy (10^-2 $M_{\odot}$ km² s^-2)
Total (swept up)	7.9	2.50	2.45
H₂	5.0 (0.64)	1.13 (0.45)	0.76 (0.31)
Inferred, T = 10 K	6.3 (0.79)	1.01 (0.40)	0.48 (0.20)
Inferred, T = 100 K	14.1 (1.78)	2.27 (0.91)	1.09 (0.44)

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