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The solar system formed from
a cloud of interstellar dust and gas began to condense
cloud of gas and dust
Jupiter
be much farther from Earth than planets.
unusually high amounts of iridium found in clay layers
fusion of hydrogen to form helium.
erosion.
presence of gas and ice.
Which evidence is often used to suggest that some mass extinction of life on Earth were caused by asteroid impacts?
a cloud of interstellar dust and gas began to condense
cloud of gas and dust
Jupiter
be much farther from Earth than planets.
unusually high amounts of iridium found in clay layers
fusion of hydrogen to form helium.
erosion.
presence of gas and ice.
Which planet was formed from light gases of the outer solar nebula?
a cloud of interstellar dust and gas began to condense
cloud of gas and dust
Jupiter
be much farther from Earth than planets.
unusually high amounts of iridium found in clay layers
fusion of hydrogen to form helium.
erosion.
presence of gas and ice.
The Sun is powered by
a cloud of interstellar dust and gas began to condense
cloud of gas and dust
Jupiter
be much farther from Earth than planets.
unusually high amounts of iridium found in clay layers
fusion of hydrogen to form helium.
erosion.
presence of gas and ice.
Early telescopes showed stars as only points of light, while the planets appeared to be much larger, providing evidence that stars must
a cloud of interstellar dust and gas began to condense
cloud of gas and dust
Jupiter
be much farther from Earth than planets.
unusually high amounts of iridium found in clay layers
fusion of hydrogen to form helium.
erosion.
presence of gas and ice.
Our solar system formed about 4.6 billion years ago when
a cloud of interstellar dust and gas began to condense
cloud of gas and dust
Jupiter
be much farther from Earth than planets.
unusually high amounts of iridium found in clay layers
fusion of hydrogen to form helium.
erosion.
presence of gas and ice.
One characteristic all outer planets are similar is
a cloud of interstellar dust and gas began to condense
cloud of gas and dust
Jupiter
be much farther from Earth than planets.
unusually high amounts of iridium found in clay layers
fusion of hydrogen to form helium.
erosion.
presence of gas and ice.
Most of the craters left by asteroid impacts on Earth have disappeared because of
a cloud of interstellar dust and gas began to condense
cloud of gas and dust
Jupiter
be much farther from Earth than planets.
unusually high amounts of iridium found in clay layers
fusion of hydrogen to form helium.
erosion.
presence of gas and ice.
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