Different temperatures within the solar nebula ultimately determined the compositions of theplanets and their moons.

Question

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Different temperatures within the solar nebula caused different materials to condense and solidify at different distances from the Sun, ultimately determining the compositions of the planets and their moons. For example, at higher temperatures closer to the Sun, materials like rock and metal could condense, while at colder temperatures farther from the Sun, materials like ice and gas could condense. Therefore, the temperature variations within the solar nebula played a critical role in determining the compositions of the planets and their moons. As different materials have different melting and boiling points, the temperature at different locations within the solar nebula impacted which materials would be present as solids, liquids, or gases. This ultimately affected the compositions of the planets and moons that formed from the nebula.

Different Temperatures Within the Solar Nebula Ultimately Determined the Compositions