My bad, I forgot to add the link, added it. I however calculated the planets using the same size as the SDBs as a conservative estimate.
A celestial object is basically any object outside the Earth's atmosphere, as for GBE, this is based on their size, everything has gravity, at a certain size, a celestial objects gravity causes it to be spherical, which is why planets and stars are shaped that way
no this is a flawed example. The key context here is that champa has been a destroyer god for eons and although even lazier than Beerus he has definitely traveled across the universe, seen and destroyed his fair share of planets. so when he compares a celestial objects and says that it is almost (but not quite) as large as planets (the only assumption here is that he's referring to an average planet predicated on his status as an old destroyer since no other assumption would really make sense, and no one else disagreed with him) it necessarily means that those planets are still bigger than the dragon balls. Its pretty clear cut logic the only "leap of faith" (which it really isnt) is if you trust champa enough to be knowledgeable about the size of an average planet
yeah but that doesnt really contradict anything
they're a good estimate of an "average" planet in dragon ball universe. they're never stated to be extremely large but they're never referred to as a small planet like Earth has been
I imagine he's using the implication from Champa. Champa says they are almost the size of a planet, which would technically inherently mean they must be by some UNKNOWN/UNQUANTIFIABLE (BIG EMPHASIS HERE) extent smaller than a Planet. Though how relevant that is, is up to your own milage, I think.
It's impossible to know how much smaller, much safer to instead assume they are equal and get a conservative value for both methods
And that’s not mentioning the possibility that the Sun of Dragon Ball is bigger
nah it seems like a G-sequence star in all its depictions so its probably around the same size as ours. Still it doesnt really matter as far as 4-A cell goes
vsbattles.fandom.com
The lower end is approximately 4x lower than large planet baseline, the higher end is approximately 2.9x lower baseline
If we assume planet Vegeta was at least average sized, with 10x earth gravity, it would be large planet GBE at about 34x baseline, if we assume it's the same size as Earth but super dense, then it's still large planet but just 1.5x baseline as even with the lower end, Goku at
this is the safest assumption. Planet vegeta is never stated to be a small planet like earth and in all of its depiction its shown to be rather big and probably the only planet we know of that has a 10X gravity besides King Kai's world so the safest assumption is that its an average sized planet. blowing up a planet such as that would probably be closer to small star level
No 4A cell?
no that seems inconsistent with other translations I've seen of it. we better get executor to take a look at it
Nah there's no way they can get as low as Saint Seiya in translation power scaling
But the translation is official from here, there is no need for the executor.
And since when was that always a 100% guaranteed in threads
Decided to bite the bullet and redo the Frieza calc with Vegeta's diameter equal to a Super Dragon Ball.
vsbattles.fandom.com
You never did and yet it still wasn't a 100
You gonna get it accepted? By like a calc member or something, then upgrade?Decided to bite the bullet and redo the Frieza calc with Vegeta's diameter equal to a Super Dragon Ball.
Roun12/Sandbox1
Ladies and Gentlemen, it's Low 4-C and just a hair below 2x baseline.
Maybe if you increase the size of the planets you can get a higher value
If other people think it's a good idea, then sure I'll put it in a blog and let them take a look at it.
Firstly we would need to have that size accepted first
I think you can push it through. Go for it.
Planet Zoon, where Pui-Pui is from is also 10x
This is what chatgpt gave me, word for word
My calc has to be accepted first
As opposed to what?
Note on the end of their pages explain why
Outerversal maybe?
So are we right?
and that is why we need to improve our education
I see
I doubt it
