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Why was Mercury unable to retain an atmosphere during its formation? A. Mercury revolves slowly. B. Mercury is the farthest planet from the sun. C. Mercury is the largest planet. D. Mercury has a high surface temperature and a low mass.
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Asked 2/22/2013 11:45:24 AM
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User: Why was Mercury unable to retain an atmosphere during its formation? A. Mercury revolves slowly. B. Mercury is the farthest planet from the sun. C. Mercury is the largest planet. D. Mercury has a high surface temperature and a low mass.

Weegy: Mercury has a high surface temperature and a low mass.
Expert answered|jeifunk|Points 8846|

User: Which is true of dwarf planets? A. They are known for their ability to pull in smaller nearby debris. B. They are only found beyond Neptune. C. They are composed of rock and ice.

Weegy: They are composed of rock and ice.
Expert answered|jeifunk|Points 8846|

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Asked 2/22/2013 11:45:24 AM
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During a lunar eclipse, _____. A. the left edge of the moon is visible B. Earth is between the sun and moon C. the moon is between Earth and the sun D. Earth must cross the ecliptic between full-moon and new-moon phases
Weegy: A. the left edge of the moon is visible User: The most widely accepted model for the origin of the moon involves _____. A. a large body hitting Earth and ejecting debris that became the moon B. the formation of the moon from dust and gas when Earth formed C. a large body hitting Mars and splitting off debris that became the moon D. the capture of the moon from Mars by Earth (More)
Question
Expert Answered
Updated 11/1/2021 5:39:39 PM
1 Answer/Comment
The most widely accepted model for the origin of the moon involves: A large body hitting Earth and ejecting debris that became the moon.
Added 11/1/2021 5:39:39 PM
This answer has been confirmed as correct and helpful.
The most widely accepted model for the origin of the moon involves _____. A. a large body hitting Earth and ejecting debris that became the moon B. the formation of the moon from dust and gas when Earth formed C. a large body hitting Mars and splitting off debris that became the moon D. the capture of the moon from Mars by Earth
Weegy: The most widely accepted model for the origin of the moon involves B. the formation of the moon from dust and gas when Earth formed. (More)
Question
Expert Answered
Updated 1/2/2015 3:50:21 PM
1 Answer/Comment
The most widely accepted model for the origin of the moon involves: A large body hitting Earth and ejecting debris that became the moon.

Added 1/2/2015 3:50:20 PM
This answer has been confirmed as correct and helpful.
Confirmed by Janet17 [1/2/2015 4:58:49 PM]
Which best supports the idea that the surface of the moon has changed very little? A. Because the moon has no atmosphere, it is not possible for geologic events to occur on the moon. B. If one considers the history of the moon, there is only one distinct phase of its development. C. If photographs of the moon were taken millions of years ago, the surface would look the same. D. Because the moon does not have a large iron core, it is not possible for geologic events to occur on the moon. ...
Weegy: C. If photographs of the moon were taken millions of years ago, the surface would look the same User: YOU A DUMB BITCH (More)
Question
Expert Answered
Updated 308 days ago|9/11/2023 12:14:04 AM
1 Answer/Comment
The following best supports the idea that the surface of the moon has changed very little: Because the moon has no atmosphere, it is not possible for geologic events to occur on the moon.


Added 308 days ago|9/11/2023 12:13:59 AM
This answer has been confirmed as correct and helpful.
Which is true of dwarf planets? A. They are known for their ability to pull in smaller nearby debris. B. They are only found beyond Neptune. C. They are composed of rock and ice.
Question
Updated 4/1/2017 12:27:38 PM
1 Answer/Comment
They are composed of rock and ice is true of dwarf planets.
Added 4/1/2017 12:27:38 PM
This answer has been confirmed as correct and helpful.
Confirmed by Andrew. [4/1/2017 5:08:31 PM]
Which type of spectrum is associated with the radiation of most stars? A. emission spectrum B. continuous spectrum C. discontinuous spectrum D. absorption spectrum
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Updated 3/3/2018 10:44:26 PM
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Absorption spectrum is associated with the radiation of most stars.
Added 3/3/2018 10:44:26 PM
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