While planets are generally spherical due to their gravitational pull, some planets can deviate from perfect spheres due to centrifugal force and tidal forces from their host stars. This article explores how these forces can create elongated and squished planets, even potentially leading to tidally locked planets. The article also touches on the hypothetical existence of toroidal planets, shaped like a donut.
Earth’s day, while seemingly constant at 24 hours, has actually fluctuated throughout history, from a shorter 19-hour day a billion years ago to a potential 25-hour day in the future. This ongoing change is driven by various factors, including the moon’s gravitational pull, Earth’s internal processes, and even human activities.
A newly discovered planet named TOI-6713.01 has been observed to be erupting with numerous volcanoes, emitting molten lava that makes it glow a fiery red when seen from space. This unprecedented discovery challenges our understanding of planetary formation and the extreme effects of tidal forces.
