It would get so hot that everything on the side of the Earth about to get hit would instantly vaporize. For the rest of the Earth, the ground would become scorching magma. The collision would cause friction between the two planets
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The atmospheres of both planets would be compressed together and glow brightly. It would get so hot that everything on the side of the Earth about to get hit would instantly vaporize. For the rest of the Earth, the ground would become scorching magma.
It would get so hot that everything on the side of the Earth about to get hit would instantly vaporize. For the rest of the Earth, the ground would become scorching magma. The collision would cause friction between the two planets. This would slow down their rotation, if not stop it altogether.
Explanation:
Due to the chaotic evolution of the planetary orbits in the solar system, a close approach or even a collision could occur between Mars and the Earth in less than 5 billion years, although the odds are small.
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It would get so hot that everything on the side of the Earth about to get hit would instantly vaporize. For the rest of the Earth, the ground would become scorching magma. The collision would cause friction between the two planets
$_$Answer:
It would get so hot that everything on the side of the Earth about to get hit would instantly vaporize. For the rest of the Earth, the ground would become scorching magma. The collision would cause friction between the two planets. This would slow down their rotation, if not stop it altogether.
Explanation:
Due to the chaotic evolution of the planetary orbits in the solar system, a close approach or even a collision could occur between Mars and the Earth in less than 5 billion years, although the odds are small.
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