Why has Jupiter retained most of its original atmosphere?

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**Why has Jupiter retained most of its original atmosphere?**

Jupiter has managed to retain most of its original atmosphere due to its massive size and strong gravitational pull. As the largest planet in our solar system, Jupiter's gravity is powerful enough to hold onto the light gases, such as hydrogen and helium, which make up the majority of its atmospheric composition. 

Additionally, Jupiter's distance from the Sun has played a crucial role in preserving its atmosphere. Being farther away from the Sun means that Jupiter experiences significantly less solar wind and radiation, which can strip away atmospheric particles. This combination of factors has allowed Jupiter to keep its original atmosphere largely intact over billions of years.

For detailed understanding, illustrated diagrams or charts depicting Jupiter's gravitational influence and solar wind effects can be employed. However, this text currently does not contain such graphics.
Transcribed Image Text:**Why has Jupiter retained most of its original atmosphere?** Jupiter has managed to retain most of its original atmosphere due to its massive size and strong gravitational pull. As the largest planet in our solar system, Jupiter's gravity is powerful enough to hold onto the light gases, such as hydrogen and helium, which make up the majority of its atmospheric composition. Additionally, Jupiter's distance from the Sun has played a crucial role in preserving its atmosphere. Being farther away from the Sun means that Jupiter experiences significantly less solar wind and radiation, which can strip away atmospheric particles. This combination of factors has allowed Jupiter to keep its original atmosphere largely intact over billions of years. For detailed understanding, illustrated diagrams or charts depicting Jupiter's gravitational influence and solar wind effects can be employed. However, this text currently does not contain such graphics.
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