Table 6: Total mass and number of protoplanets orbiting within, or crossing, the habitable zone (0.84-1.67 AU) at the end of the simulation.
Scenario In Crossing Total

I 0.18 ${M}_\oplus$ 2.13 ${M}_\oplus$ 2.31 ${M}_\oplus$

N = 1 N = 8 N = 9

II 0.18 ${M}_\oplus$ 1.79 ${M}_\oplus$ 1.97 ${M}_\oplus$

N = 1 N = 5 N = 6

III 1.28 ${M}_\oplus$ 1.28 ${M}_\oplus$

N = 4 N = 4

IV 1.17 ${M}_\oplus$ 2.00 ${M}_\oplus$ 3.17 ${M}_\oplus$

N = 2 N = 3 N = 5

V 1.34 ${M}_\oplus$ 1.34 ${M}_\oplus$

N = 1 N = 1

**Table 6:** Total mass and number of protoplanets orbiting within, or crossing, the habitable zone (0.84-1.67 AU) at the end of the simulation.
Scenario	In	Crossing	Total
I	0.18 ${M}_\oplus$	2.13 ${M}_\oplus$	2.31 ${M}_\oplus$
	N = 1	N = 8	N = 9
II	0.18 ${M}_\oplus$	1.79 ${M}_\oplus$	1.97 ${M}_\oplus$
	N = 1	N = 5	N = 6
III		1.28 ${M}_\oplus$	1.28 ${M}_\oplus$
		N = 4	N = 4
IV	1.17 ${M}_\oplus$	2.00 ${M}_\oplus$	3.17 ${M}_\oplus$
	N = 2	N = 3	N = 5
V		1.34 ${M}_\oplus$	1.34 ${M}_\oplus$
		N = 1	N = 1

Source LaTeX | All tables | In the text

	1 Introduction.
	2 Description of the model
	3 Results
	4 Caveats and future model improvements
	5 Conclusions
	References