Welt Young's black hole, Sirin's TK speed, Avrora's hurricane
Solar
소설
Edit: Fixed the image problem.
While there are some some other feats, these are really the stand-out feats that can easily be done and set up the scaling for most of the characters in the series.
Welt Yang creates a black hole to absorb Sirin.
Siren throws meteors at the Earth
The last feat that I will look at is Avrora maintaining a large storm, which is essentially a hurricane.
Final Tally
Welt Yang creates a black hole: 2.15 foe
Sirin throws meteors at Earth: Mach 18,843 or 2% of SoL
Avrora maintains a hurricane: 356 tons of TNT equivalent per second
While there are some some other feats, these are really the stand-out feats that can easily be done and set up the scaling for most of the characters in the series.
Welt Yang creates a black hole to absorb Sirin.
Spoiler:
Feat:
In this case, the first thing that we need to do is demonstrate that this is a real black hole. In this case, there is not the appearance of any actual black hole, but we also have the existence of the event horizon and the effects of time dilation. We see the latter effect in battle. From these three qualities, I believe that accepting this as a real black hole is reasonable.
Now we can calculate this.
Siren: 36.2+71.6 = 107.8 pixels (1.49 meters (average height for a 12-year-old girl))
Black hole: 516.6 pixels (7.14 meters)
Radius of black hole: 3.57 meters
Mass: 2.4e27 kg ()
Now we'll use mass-energy formula to find the energy to create it.
mc^2 =
2.4e27*299792458^2
= 215,701,242,896,836,233,600,000,000,000,000,000,000,000,000 joules
= 2.15e44 joules
= 2.15 foe
Large star level+
Welt also has to sustain the existence of the black hole as well:
Spoiler:
In this case, the first thing that we need to do is demonstrate that this is a real black hole. In this case, there is not the appearance of any actual black hole, but we also have the existence of the event horizon and the effects of time dilation. We see the latter effect in battle. From these three qualities, I believe that accepting this as a real black hole is reasonable.
Spoiler:
Now we can calculate this.
Siren: 36.2+71.6 = 107.8 pixels (1.49 meters (average height for a 12-year-old girl))
Black hole: 516.6 pixels (7.14 meters)
Radius of black hole: 3.57 meters
Mass: 2.4e27 kg ()
Now we'll use mass-energy formula to find the energy to create it.
mc^2 =
2.4e27*299792458^2
= 215,701,242,896,836,233,600,000,000,000,000,000,000,000,000 joules
= 2.15e44 joules
= 2.15 foe
Large star level+
Welt also has to sustain the existence of the black hole as well:
Siren throws meteors at the Earth
Spoiler:
Feat:
This is mostly straightforward. Siren is on the moon and throws meteors from the moon to the Earth. The entirety of the feat takes place on one page.
Average distance from the Earth to the moon is 384,402 KM from Earth. While there is no stated time frame, from the context within the panels, it was likely a very short time frame, so we'll use a one minute time frame.
3.84e8/60
= 6,406,700 m/s
Mach 18,843 or 2% of the speed of light. Sub-relativistic.
This is mostly straightforward. Siren is on the moon and throws meteors from the moon to the Earth. The entirety of the feat takes place on one page.
Average distance from the Earth to the moon is 384,402 KM from Earth. While there is no stated time frame, from the context within the panels, it was likely a very short time frame, so we'll use a one minute time frame.
3.84e8/60
= 6,406,700 m/s
Mach 18,843 or 2% of the speed of light. Sub-relativistic.
The last feat that I will look at is Avrora maintaining a large storm, which is essentially a hurricane.
Spoiler:
Feat:
There is no timeframe for this feat, so we'll have to look at some other way to calculate this. Fortunately this has been done:
Looking at method 2, we get a 1.3e17 joules per day. This is equal to 1.5e9 joules per second. This is about 356 tons of TNT equivalent.
Whether higher or lower, this is a multi-city block feat.
There is no timeframe for this feat, so we'll have to look at some other way to calculate this. Fortunately this has been done:
Looking at method 2, we get a 1.3e17 joules per day. This is equal to 1.5e9 joules per second. This is about 356 tons of TNT equivalent.
Whether higher or lower, this is a multi-city block feat.
Final Tally
Welt Yang creates a black hole: 2.15 foe
Sirin throws meteors at Earth: Mach 18,843 or 2% of SoL
Avrora maintains a hurricane: 356 tons of TNT equivalent per second
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