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- #81
He kicked up rocks as well as shown in the moon jump scene. He didn't crater the entire thing, just the center.
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Some OPM upgrades
- Thread starter Qawsedf234
- Start date
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- #84
Source
Using data collected by NASA's Gravity Recovery and Interior Laboratory (GRAIL) mission, the researchers determined that the 3.8-billion-year-old basin was created by a huge impactor that punched an initial, transient crater into the lunar surface, measuring up to 285 miles in diameter — about as wide as the state of New York.
This impact, the researchers calculated, sent at least 816,000 cubic miles of pulverized lunar crust flying out from the impact site — an amount equivalent to 135 times the combined volume of the Great Lakes.
The ejected material, which the team modeled in computer simulations, rose up like a tidal wave, then crashed down to the lunar surface, creating giant faults through the entire crust and forming two concentric walls of rock on the surface, each rising several kilometers high. Most of the action, according to simulations, occurred over just a couple of hours.
This is exactly what happened with the moon jump and formed the exact some results. A large single impact that kicks up dust and rocks which then settles and forms rings. So only the center crater would be what Saitama would be credited with destroying
Using data collected by NASA's Gravity Recovery and Interior Laboratory (GRAIL) mission, the researchers determined that the 3.8-billion-year-old basin was created by a huge impactor that punched an initial, transient crater into the lunar surface, measuring up to 285 miles in diameter — about as wide as the state of New York.
This impact, the researchers calculated, sent at least 816,000 cubic miles of pulverized lunar crust flying out from the impact site — an amount equivalent to 135 times the combined volume of the Great Lakes.
The ejected material, which the team modeled in computer simulations, rose up like a tidal wave, then crashed down to the lunar surface, creating giant faults through the entire crust and forming two concentric walls of rock on the surface, each rising several kilometers high. Most of the action, according to simulations, occurred over just a couple of hours.
This is exactly what happened with the moon jump and formed the exact some results. A large single impact that kicks up dust and rocks which then settles and forms rings. So only the center crater would be what Saitama would be credited with destroying
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- #86
At the maximum CE would fire a beam that through 1,500 meters of rock and concrete. So assuming the hole was a cylinder and 5 meters in raidus I got a volume of 117809724509.61998 cm^3. Assuming vaporization for a high ball the results eould be 3.0277099e+15 joules or.... Large Town level.Peter1129 said:
Memes
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- #88
To many High 7-Cs man. But it is more evidence for Towm level OPM I guess
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It wouldn't be that big of a stretch to scale S-class heroes like Bang, Darkshine, flashy flash and some of the monster association executives to Child Emperor's feat since they are above characters that one shot baselines.
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- #96
> He deserves a "possibly 6-C" rating.
Since we don't know how many shots it took he can't get that rating
> Scaling off the floor height of nearby buildings
You can get the beam diameter but the depth is pretty vague. Also the majority of the floors it plowed through were pretty hollow, which would further reduce the mass
Since we don't know how many shots it took he can't get that rating
> Scaling off the floor height of nearby buildings
You can get the beam diameter but the depth is pretty vague. Also the majority of the floors it plowed through were pretty hollow, which would further reduce the mass
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- #97
Actually lookimg at the scans the beam didn't vaporize stuff. It left far to many fragments. Its at best V. Frag or Pulverzation.
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- #99
Using 125 meters as the diameter amd the same depth
- 18407769454627.9961 cm^3. Assuming 100% solid you get: 1.2701361e+15 joules for V. Frag and 3.9457054e+15 joules for pulverization. Both of which are High 7-C or High 7-C+
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I think I'm pretty sure that 1500 meters only apply to the webcomic and it's risky to apply it to the manga rn.
Also regarding earlier comment.... No @ space dust lingering
The dust doesn't just stay in place. Gravity barely exists on the moon and astronauts are already leaping so high. The escape velocity there is much lower than Earth. If Saitama so much leaps with the force of an explosion, all those rocks are not gonna stay afloat and remain stationary. They're gonna float away or be on the ground/surface.
This isn't some fancy assumption or anything. It's just common math and common sense.
Also regarding earlier comment.... No @ space dust lingering
The dust doesn't just stay in place. Gravity barely exists on the moon and astronauts are already leaping so high. The escape velocity there is much lower than Earth. If Saitama so much leaps with the force of an explosion, all those rocks are not gonna stay afloat and remain stationary. They're gonna float away or be on the ground/surface.
This isn't some fancy assumption or anything. It's just common math and common sense.
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- #105
> I think I'm pretty sure that 1500 meters only apply to the webcomic and it's risky to apply it to the manga rn.
Its also a highball since CE wasn't that deep
> The dust doesn't just stay in place. Gravity barely exists on the moon and astronauts are already leaping so high. The escape velocity there is much lower than Earth. If Saitama so much leaps with the force of an explosion, all those rocks are not gonna stay afloat and remain stationary. They're gonna float away or be on the ground/surface.
I quoted a statement here that explains how the rings are formed. It supports that the only damage we should calc for Saitama is the small center crater and not the furtherst rock/dust ring
> I just checked the panel again and I can't believe Qawsed said the radius of the beam was 5 meters. The diameter of the blast is clearly over 50 meters at least, considering the fact that the beam absolutely dwarfed buildings. The downplay...
Even my revised one is High 7-C
Its also a highball since CE wasn't that deep
> The dust doesn't just stay in place. Gravity barely exists on the moon and astronauts are already leaping so high. The escape velocity there is much lower than Earth. If Saitama so much leaps with the force of an explosion, all those rocks are not gonna stay afloat and remain stationary. They're gonna float away or be on the ground/surface.
I quoted a statement here that explains how the rings are formed. It supports that the only damage we should calc for Saitama is the small center crater and not the furtherst rock/dust ring
> I just checked the panel again and I can't believe Qawsed said the radius of the beam was 5 meters. The diameter of the blast is clearly over 50 meters at least, considering the fact that the beam absolutely dwarfed buildings. The downplay...
Even my revised one is High 7-C
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- #107
The base is inter connected and corpses of the builders were found in the basin along with bridges. Its probably just off to the side in that image. As for depth there's no way to know for sure. Maybe count the layers and double it?
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- #109
I think CE shows other images of the base. As for thickness you can just compare it to some of the cross-section parts. Buts its iffy no matter what, making a proper calc difficult.
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- #111
No? Underground lakes and springs have no set depth. Even if it was the bottom of the base, I used the 1,500 meter statement from the webcomic which gives the minimum depth for the thing.
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Except we can actually see exactly how deep the spring was. CE's mech appears to be about 5 meters in height, and it looked tiny compared to the depth of the spring. The depth of the spring is almost 100 meters deep. There's absolutely no way that spring could fit anywhere but at the very bottom of the base.
https://i.imgur.com/5wBCrKS.png
https://i.imgur.com/5wBCrKS.png
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- #113
Good point. So for now the 1,500 thing can probably stay until a better figure is gotten. But even so: CE didn't fire his beam from the bottom of the lake, the area he destroyed was mostly hollow, and he did not vaporize what he destroyed. High 7-C or Low 7-B is the best I can see for it, and the move won't scale to anyone.
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A much better image of Saitama's moon crater can be seen in the latest chapter. Would this change anything calc wise?
https://i.imgur.com/OFvEyoH.png
https://i.imgur.com/OFvEyoH.png
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- #115
It could/will. Someone just needs to measure the center crater rather than the outer most ring
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- #117
Current calc assumes KE iirc. So that's not surprising I guess. The IRL moon rings were formed with smaller explosions
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- #118
Using the article I linked previously with your calculator I got 2.32e+25 joules or 5.5 Petatons for the meteor that made the three ring lunar thing.
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- #120
Isn't Saitama's crater larger though?
Also the new chapter: https://www.imgur.com/a/DtA5qAl
Depending on if you trust CE's statement, then Brave Giant disintegrated a bunch of dudes with electricity.
Also the new chapter: https://www.imgur.com/a/DtA5qAl
Depending on if you trust CE's statement, then Brave Giant disintegrated a bunch of dudes with electricity.
