Any model of solar system formation must explain why terrestrial planets and jovian planetsformed differently.

Question

Quizplus · Accepted Answer

Terrestrial planets formed closer to the Sun where the temperature was high enough for only rocks and metals to condense, while the jovian planets formed farther out where the temperature was low enough for volatile gases, such as hydrogen and helium, to condense into solid ice and snow. This differentiation led to a distinction in the formation process of these planets. Therefore, any model of solar system formation must explain why the terrestrial planets and jovian planets formed differently. The formation of terrestrial planets and jovian planets involves different processes and conditions, including differences in temperature, density, and composition in the protoplanetary disk. Therefore, any model of solar system formation must account for these differences.

Any Model of Solar System Formation Must Explain Why Terrestrial