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Hello everyone. I've just set up my account and wanted to say a quick hello. While I'm still getting familiar with Bleach, I truly appreciate the series and look forward to supporting it as best I can.
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Hello everyone. I've just set up my account and wanted to say a quick hello. While I'm still getting familiar with Bleach, I truly appreciate the series and look forward to supporting it as best I can.
WelcomeHello everyone. I've just set up my account and wanted to say a quick hello. While I'm still getting familiar with Bleach, I truly appreciate the series and look forward to supporting it as best I can.
Hello everyone. I've just set up my account and wanted to say a quick hello. While I'm still getting familiar with Bleach, I truly appreciate the series and look forward to supporting it as best I can.
Transformation Name Dropped
Transformation Name Dropped
Transformation Name Dropped
Massive WPlanet Level Rukia Calc:
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Rukia Soul Ascension Gekkasojin Ultimate Attack Calculation
vsbattles.fandom.com
“Freezes the earth…”Some issues I see there:
Like you can get an AP rating from decreasing the temperature in that area, like in this calc but I don't see where she's shoving away the entire atmosphere and making a literal vacuum from it. Especially since right after you see the sky with an Aurora Borealis.
- There's no indication that the wave covered the entire planet
- It uses the Earth's radius rather than circumference for some reason
- Nitpick: The speed value is not relativistic, but MHS+ (and still wrong afaik)
- It assumes she moves the entire Earth's atmosphere at 0.53% lightspeed rather than just freezing it
Doing a quick pixel scaling of the area shown only, assuming almost Absolute zero freeze with couple more basic assumption on atmosphere freezing and crust freezing the feat range from 10^25 to 10^26 joules so Continent to Multi-Continent level.Some issues I see there:
Like you can get an AP rating from decreasing the temperature in that area, like in this calc but I don't see where she's shoving away the entire atmosphere and making a literal vacuum from it. Especially since right after you see the sky with an Aurora Borealis.
- There's no indication that the wave covered the entire planet
- It uses the Earth's radius rather than circumference for some reason
- Nitpick: The speed value is not relativistic, but MHS+ (and still wrong afaik)
- It assumes she moves the entire Earth's atmosphere at 0.53% lightspeed rather than just freezing it
If you see the video the area keeps covering everything on the panel. It doesn’t stop at the image.Doing a quick pixel scaling of the area shown only, assuming almost Absolute zero freeze with couple more basic assumption on atmosphere freezing and crust freezing the feat range from 10^25 to 10^26 joules so Continent to Multi-Continent level.
But not RukiaWe already have planetary+ Bleach Brave Souls from Baraggan f*cking up the moon
Ah,good ol "Barragan beasts on La Luna".We already have planetary+ Bleach Brave Souls from Baraggan f*cking up the moon
How are you getting 10^34 joules?Your new info just upgrades it to 6.643 × 10³⁴ Joules. Solid Planet level instead of low-planet level.
Even if this were true, it would be multi-continental, not planetary, because it would cover the Earth's atmosphere, not the Earth itself.This reminds me of the time a prominent TikTok Bleach powerscaler was arguing that when Toshiro says "the entire sky is under my control" while he made a big cloud, it means that Toshiro made an insane, planet-wide storm in like 5 seconds, resulting in planetary arrancar arc characters.
He also got sub-relativistic speeds for the cloud, and had it as a sub-rel speed feat for the arc.Even if this were true, it would be multi-continental, not planetary, because it would cover the Earth's atmosphere, not the Earth itself.
E = 0.5 × 1.327 × 10²¹ × 1.00375 × 10¹⁴ = ~6.66 × 10³⁴ joulesHow are you getting 10^34 joules?
You're still assuming she's shoving the atmosphere and making a vacuum with that calc, which isn't supported.E = 0.5 × 1.327 × 10²¹ × 1.00375 × 10¹⁴ = ~6.66 × 10³⁴ joules
| Mass of crust | 2.36 x 10^22 kg |
| Mass of mantle | 4.05 x 10^24 kg |
| Amount of water released from the mantle and core in the course of geological time | 3.40 x 10^21 kg |
| Total reserve of water in the mantle | 2 x 10^23 kg |
| Present content of free and bound water in the earth’s lithosphere | 2.4 x 10^21 kg |
| Mass of hydrosphere | 1.664 x 10^21 kg |
| Amount of oxygen bound in the earth’s crust | 1.300 x 10^21 kg |
| Amount of free oxygen | 1.5 x 10^18 kg |
| Mass of atmosphere | 5.136 x 10^18 kg |
| Mass of the biosphere | 1.148 x 10^16 kg |
| Mass of living matter in the biosphere | 3.6 x 10^14 kg |
That’s nice. But does VSBW use those? Has it been updated since then? And yes, fair assumptions are use in all calcs.You're still assuming she's shoving the atmosphere and making a vacuum with that calc, which isn't supported.
Additionally, you're saying the mass of the atmosphere is 1.327e+21 kilograms, when it's been shown scientifically to weigh 5.15e+18 Kilograms. Below is the list from the Handbook of Chemistry and Physics (77th ed.)
Mass of crust 2.36 x 10^22 kg Mass of mantle 4.05 x 10^24 kg Amount of water released from the mantle and core in the course of geological time 3.40 x 10^21 kg Total reserve of water in the mantle 2 x 10^23 kg Present content of free and bound water in the earth’s lithosphere 2.4 x 10^21 kg Mass of hydrosphere 1.664 x 10^21 kg Amount of oxygen bound in the earth’s crust 1.300 x 10^21 kg Amount of free oxygen 1.5 x 10^18 kg Mass of atmosphere 5.136 x 10^18 kg Mass of the biosphere 1.148 x 10^16 kg Mass of living matter in the biosphere 3.6 x 10^14 kg
There's just a bunch of flawed assumptions in your calculation.
Yes? All of our AP ratings are based on IRL metrics in some capacity as an easy example.But does VSBW use those
You can look into it, but none of the numbers I've seen suggest that they atmosphere is three orders of magnitude higher.Has it been updated since then?
They have to be validated assumption thoughAnd yes, fair assumptions are use in all calcs.
2026. Don‘t know when thoWhen's the next Cour dropping?