Table 2: Parameters of the Adopted Cone Model (shown in Fig. 6) for an inclination of M 82 of i = 75 $\hbox {$^\circ $ }$ , b = 300 pc, and $\Delta$ b = 150-200 pc.
Slit position Opening angle Blowout velocity Cone tilt Vel. shift Velocity increase

r [pc] $\Omega$ [ $\hbox {$^\circ $ }$ ] $V_{\rm b}$ [km s^-1] $\Theta$ [ $\hbox {$^\circ $ }$ ] [km s^-1] a [km s^-1 kpc^-1]

SE Cone

Center: 0 25 400 3 0 300

West: -300 25 400 0 0 300

East: +300 25 400 6 0 300

NW Cone

Center: 0 20 300 0 -100 800

West: -300 25 350 0 -100 900

East: +300 23 350 0 -100 500

Adopted MODEL

SE cone 25 400 3 0 300

NW cone 25 350 0 $\sim$ -100 750

**Table 2:** Parameters of the Adopted Cone Model (shown in Fig. 6) for an inclination of M 82 of i = 75 $\hbox {$^\circ $ }$ , b = 300 pc, and $\Delta$ b = 150-200 pc.
Slit position	Opening angle	Blowout velocity	Cone tilt	Vel. shift	Velocity increase
r [pc]	$\Omega$ [ $\hbox {$^\circ $ }$ ]	$V_{\rm b}$ [km s^-1]	$\Theta$ [ $\hbox {$^\circ $ }$ ]	[km s^-1]	a [km s^-1 kpc^-1]
SE Cone
Center: 0	25	400	3	0	300
West: -300	25	400	0	0	300
East: +300	25	400	6	0	300
NW Cone
Center: 0	20	300	0	-100	800
West: -300	25	350	0	-100	900
East: +300	23	350	0	-100	500
Adopted MODEL
SE cone	25	400	3	0	300
NW cone	25	350	0	$\sim$ -100	750

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