What is the difference between a rocky planet's core and the Sun's core

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Discussion Overview

The discussion centers on the differences between the core of a rocky planet, specifically Earth's core, and the core of the Sun. It involves comparisons of temperature, density, size, and composition, focusing on theoretical and conceptual aspects.

Discussion Character

  • Comparative analysis, Conceptual clarification

Main Points Raised

  • Some participants suggest comparing the solar core article with the Earth's inner core article, emphasizing the importance of noting temperature, density, size, and composition.
  • One participant asserts that the materials in the Sun's core and a rocky planet's core differ significantly, highlighting that the Sun's core is primarily composed of hot plasma made mostly of hydrogen and helium, while Earth's core consists of cooler metals in solid or liquid states.

Areas of Agreement / Disagreement

Participants appear to agree on the general differences in composition and state between the cores of rocky planets and the Sun, but the discussion does not delve into detailed comparisons or resolve all aspects of the inquiry.

Contextual Notes

The discussion lacks detailed quantitative comparisons and does not address specific assumptions or definitions related to the properties of the cores.

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What is the difference between a rocky planet's core and the core of the sun?
 
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.Scott said:
Note temperature, density, size, and composition.
But other than that...
 
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You would be hard pressed to find materials that differ more. The Sun's core is a huge, hot, super dense region of plasma made up mostly of hydrogen and helium. The Earth's core is a much smaller region made mostly of relatively cool metals in a solid or liquid state.
 
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Thread closed for Moderation...
 
Since the OP is now on a temporary vacation, and in any case the OP question has been answered, this thread will remain closed.
 
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