- 4,630
- 1,615
Hmm okay, then.It's just the result of a planet with 10 x the mass of Earth and 90x the radius.
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Hmm okay, then.It's just the result of a planet with 10 x the mass of Earth and 90x the radius.
Thank you Antvasima for always being there to help us :3Thank you to everybody who are helping out here.
Which are the conclusions so far?I'm kind of neutral.
Why would it?This will downgrade Frieza sga Goku's Solar System level?
Isn't Frieza gonna be downgraded to Small Star level?Why would it?
The OPAre you talking about the OP or the new calc I made?
Has there been any progress with this? Also, what else is left to do in this thread?There's a new calculation that's in the process of getting evaluated.
Can you explain more why it wouldn't work? Because that might help find a more accurate method if soHang on, it uses a value between the Earth and the Moon to get the distance between Vegeta and the second moon.
That just doesn't work.
I can't say I understand the issue.Hang on, it uses a value between the Earth and the Moon to get the distance between Vegeta and the second moon.
That just doesn't work.
Can somebody link to the relevant calculation blog please?
Maybe it has to do with the fact not all the planets have the same distance with their moons as Earth has with the Moon.I can't say I understand the issue.
The show says that their full moon appears every 8 years, but if the Moon had an actual 8 year period, the minimum orbit distance would be more than 10^10 meters. Since this is absurdly long as shown in the previous version of my calc, we compromised with using Earth's moon (27 days) as the baseline.Maybe it has to do with the fact not all the planets have the same distance with their moons as Earth has with the Moon.
Naruhodo...The show says that their full moon appears every 8 years, but if the Moon had an actual 8 year period, the minimum orbit distance would be more than 10^10 meters. Since this is absurdly long as shown in the previous version of my calc, we compromised with using Earth's moon (27 days) as the baseline.
Using the Earth's Moon distance is the low-end since the 8-year period would make the moon exponentially farther away.But it assumes that the distance and angle between Vegeta and its moon are comparable to Earth to get the other measurement. That doesn't make much sense.
Which angle did DMUA agreed to be used? This is important since you listed like 5 ends
If we currently use another accepted calculation for the same feat, you need to start a new calc group forum thread, in which you link to both versions, and ask our calc group members to decide which one that is most reliable to use.
This also seems important.Which angle did DMUA agreed to be used? This is important since you listed like 5 ends