![]() ![]() But that’s a different story in space, wherein these large chunks can pull other chunks towards their centers. Of course, most objects on our scale are not anywhere near massive enough to create any meaningful pull. Alternatively, gases can freeze and form gas giants.īut as it turns out, everything has its own gravitational pull (even you!). This process continues until you get some really big chunks floating around. Those bigger chunks of space dust continue colliding with other chunks, eventually making like… Space pebbles or something. By chance, the space dust collides, and eventually makes bigger chunks of space dust. Normally this follows the formation of a star- it’s just the leftover stuff that was left unused. There’s a bunch of space dust and stuff floating around. Luckily, the way planets are formed is actually quite simple. Well… Most of the answer lies here, in honesty. Part of the answer has a lot to do with how planets are formed and the way gravity works. But what makes that work? Why exactly is the Earth round? How Planets Are Formed Those are intuitive arguments, but we also know that the Earth has to be round. We could go into the evidence, like how we’ve been to space, how you can see the curvature of the Earth on the horizon, and how you can loop around the Earth without falling off the edge. Why Is the Earth Round?Īlright, this question assumes you know the Earth is a sphere. (Last Updated On: May 11, 2020) Earthrise, taken on December 24, 1968, by Apollo 8 astronaut William Anders. ![]()
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