Comment Can you stand of this planet? (Score 1) 87
I'm hoping someone better at math than me could answer this question: if we visited one of these exoplanets, if we landed and a person was to stand on the surface, would they be thrown off by the centrifugal forces from orbiting its sun that fast? would the difference in force between the sun side and dark side of the planet be noticeable when you're that close to the star?.
I've heard about exoplanets being habitable up close and very fast orbit around a cool star, and wondered about the forces you'd experience. I've read that on Earth you feel ~2N from centrifugal forces, but ~590N in the opposite direction from gravity.
Can you stand on this planet? ignoring radiation, atmosphere, temperature, etc, just based upon the forces on the body.
I've heard about exoplanets being habitable up close and very fast orbit around a cool star, and wondered about the forces you'd experience. I've read that on Earth you feel ~2N from centrifugal forces, but ~590N in the opposite direction from gravity.
Can you stand on this planet? ignoring radiation, atmosphere, temperature, etc, just based upon the forces on the body.