Our Solar System moves through space by circling the center of the Milky Way galaxy. This means that it must have drifted through denser gas clouds in the past. But this is not the only reason why it moves through space. Many other factors also play a role, including the ages of our planets and the Earth. The answer to the question “How does the solar system move through space?” may surprise you.
Compared to Earth, the solar system moves through space at a very slow speed. Light from the sun travels at speeds of a few kilometres per second, or about six million miles per hour. The distance between Earth and Pluto is around 230 billion miles (400 million miles), so light traveling from the sun to Earth takes eight minutes. Light traveling at a higher speed takes five hours to reach Pluto, and 400 years to reach the north star.
We can see this phenomenon in nature: the Sun bobs up and down in its orbit around the galactic center. Its orbits are characterized by a spiral pattern. It appears that the solar system is curved like a cork in the ocean. In a way, it’s a lot like the wobble in a spinning top. The sun is curved as it orbits the galaxy, and its motion is affected by the gravity of the Moon and Sun.
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