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What is a way that the properties of the gas giants could cause the number of moons that orbit each planet
to differ greatly from the number of moons that orbit Earth?
Gas giants rotate more rapidly than Earth, so they eject more material that could form natural satellites
Gas giants are less dense than Earth, so they contain less material that could form natural satellites
Gas giants are more massive than Earth and thus have greater gravitational forces, so they could attract more objects
Cas giants are farther from the sun than Earth, so there are fewer objects in that part of space to attract into orbits
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Answer :

GinnyAnswer

Final answer:

Gas giants have unique properties like greater mass and distance from the sun, affecting moon formation.


Explanation:

The properties of gas giants can significantly affect the number of moons orbiting them compared to Earth:

  1. Gas giants are more massive than Earth, leading to greater gravitational forces and the potential to attract more objects to form moons.
  2. Gas giants are farther from the sun than Earth, so they have access to different regions in space with different material compositions.
  3. Gas giants' rotational speeds can eject material that could form moons, contributing to a larger number of natural satellites.

Learn more about Gas giants and their moons here:

https://brainly.com/question/21377162


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