- #1
Maximilan
- 17
- 0
Hello,
Once free of a planet's gravity, isn't one then subject to the primary force that governs that galaxy (ex. the massive black hole in the center of the Milky Way), in addition to the one that governs its solar system? What are the numerical values of these forces? Variances would occur with distance, but has anybody tried to measure these as independant forces, or can these values only be summed up only as one value? Also, if you were maintaining a constant speed of propulsion towards the center of the Milky Way, wouldn't you accelerate as you got closer?
Thanks
Once free of a planet's gravity, isn't one then subject to the primary force that governs that galaxy (ex. the massive black hole in the center of the Milky Way), in addition to the one that governs its solar system? What are the numerical values of these forces? Variances would occur with distance, but has anybody tried to measure these as independant forces, or can these values only be summed up only as one value? Also, if you were maintaining a constant speed of propulsion towards the center of the Milky Way, wouldn't you accelerate as you got closer?
Thanks
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