Assertion: asteroid belt's material | /r/CapableOf | remain intact
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Source sentences:
text: The asteroid belt in our solar system, located between Mars and Jupiter, is a region of millions of space rocks that sits near the “snow line," which marks the border of a cold region where volatile material such as water ice are far enough from the sun to remain intact.
text: The asteroid belt in our solar system, located between Mars and Jupiter, is a region of millions of space rocks sitting near the “snow line,” beyond which volatile materials such as water ice are far enough from the Sun’s heat to remain intact.
text: The asteroid belt in our solar system, located between Mars and Jupiter, is a region of millions of space rocks that sits near the "snow line," which marks the border of a cold region where volatile material such as water ice is far enough from the sun to remain intact.
text: The asteroid belt in our solar system, located between Mars and Jupiter, is a region of millions of space rocks that sits near the "snow line," which marks the border of a cold region where volatile material such as water ice are far enough from the Sun to remain intact.
text: The asteroid belt in our solar system, located between Mars and Jupiter, is a region of millions of space rocks that sits near the "snow line," which marks the border of a cold region where volatile material such as water ice are far enough from the Sun to remain intact.
text: In fact, only 4% of all observed solar systems have an asteroid belt that sits past the so-called "snow line" - a celestial demarcation point that divides the inner solar system from the colder outlying regions where volatile materials such as water ice are far enough from the sun to remain intact.