Assertion: terrestrial planet's atmosphere | /r/HasProperty | secondary
Facets:
value: in the giant planets
type: LOCATION
Source sentences:
text: Terrestrial planets have secondary atmospheres, generated through volcanism or comet impacts, in contrast to the giant planets, whose atmospheres are primary, captured directly from the original solar nebula.
text: Terrestrial planets have secondary atmospheres, generated through volcanism or comet impacts, in contrast to the giant planets, whose atmospheres are primary, captured directly from the original solar nebula.
text: Terrestrial planets also have secondary atmospheres, which are generated through volcanism or comet impacts.
text: Terrestrial planets possess secondary atmospheres ; atmospheres generated through internal vulcanism or comet impacts, as opposed to the gas giants, which possess primary atmospheres , atmospheres captured directly from the original solar nebula
text: Unlike giant planets (which have a primary atmosphere), terrestrial planets have a secondary atmosphere.
text: Terrestrial planets have secondary atmospheres, got from volcanism, meteorites, and photosynthesis.
text: Terrestrial planets have secondary atmospheres, got from volcanism, meteorites, and photosynthesis.
text: Volcanism and comet impacts are the reasons why terrestrial planets have secondary atmospheres.
text: In addition, terrestrial planets have secondary atmospheres which are brought about by comet impacts and volcanic activity.
text: Terrestrial planets also have secondary atmospheres, which are generated through volcanism or comet impacts.
text: Terrestrial planets have secondary atmospheres, generated through volcanism or comet impacts, in contrast to the giant planets, whose atmospheres are primary, captured directly from the original solar nebula.
text: Terrestrial planets possess secondary atmospheres — atmospheres generated through internal volcanism or comet impacts, as opposed to the gas giants, which possess primary atmospheres — atmospheres captured directly from the original solar nebula.
text: Terrestrial planets have secondary atmospheres, generated through volcanism or comet impacts, in contrast to the giant planets, whose atmospheres are primary, captured directly from the original solar nebula.
text: Terrestrial planets possess secondary atmospheres -- atmospheres generated through internal vulcanism or comet impacts, as opposed to the gas giants, which possess primary atmospheres -- atmospheres captured directly from the original solar nebula.
text: Terrestrial planets also have secondary atmospheres, which are generated through volcanism or comet impacts.
text: This also differentiates them from gas giants, where the planetary atmospheres are primary and were captured directly from the original solar nebula.
text: In the giant planets, their atmospheres are primary, captured directly from the original solar nebula.
text: In the giant planets, their atmospheres are primary, captured directly from the original solar nebula.
text: This also differentiates them from gas giants, where the planetary atmospheres are primary and were captured directly from the original solar nebula.
text: Terrestrial planets have secondary atmospheres, generated through volcanism or comet impacts, in contrast to the giant planets, whose atmospheres are primary, captured directly from the original solar nebula.
text: Terrestrial planets have secondary atmospheres, generated through volcanism or comet impacts, in contrast to the giant planets, whose atmospheres are primary, captured directly from the original solar nebula.
text: This also differentiates them from gas giants, where the planetary atmospheres are primary and were captured directly from the original solar nebula.