All Tables

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.
Table 2: Inclination-independent errors for the density-matched $\eta =1$ simulation. Content as in Table 1.
Table 3: Masses and momenta of the outflows calculated from the $m_{\rm H_2}(v)$ relation using the velocity ranges 2-40 km s^-1 and 7-40 km s^-1 with a bin width of 1 km s^-1. Also shown are $\langle v\rangle_{\rm lobe}$ and $v_{\rm max}$ , the latter chosen as the velocity at which $I_{\rm CO}$ is 1/100 that at $v_{\rm min}$ (see text).
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 ( $\eta =1$ ).
Table 5: Inferred ages and thrusts of the outflow using the local method of Lada & Fich (1996) with 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 ( $\eta =1$ ).
Table 6: Inferred ages and thrusts of the outflow using the $v_{\rm max}$ method of Cabrit & Bertout (1992) 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 ( $\eta =1$ ).
Table 7: Inferred ages and thrusts of the outflow using the perpendicular 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 ( $\eta =1$ ).