original: The impacts appear to have spalled large volumes off the asteroid, as suggested by the angular edges of the craters.
simplifications: The impacts have taken off large volumes of the asteroid, as suggested by the angular edges of the craters. Based on the the edges of the craters, the impacts might have broken large pieces off the asteroid. The impacts appear to have broken large volumes off the asteroid. The angular edges of the craters suggest this. The impacts look to have broken large volumes off the asteroid. This is suggested by the angular edges of the craters. The impacts appear to have spalled large volumes off the asteroid. This is suggested by the angular edges of the craters. The impacts seem to have cause large pieces to break off from the asteroid. The impacts appear to have broken off large parts of the asteroid, as suggested by the curved edges of the craters. The angular edges of the craters suggest that the impacts broke chunks off the asteroid. The angular edges of the craters suggest that the impacts spalled large volumes off the asteroid. The impacts appear to have broken large volumes off the asteroid into smaller pieces. This was suggested by the angular edges of the craters.