Verse: Dragon Ball Z (Toeiverse)
The Feat[]
This is basically an attempt of mine to quantify how high into 4-A Kid Boo is, which would subsequently help out with the Toei Goku blog and also possibly upgrade the GT characters if this ends up being 4-A+.
It has been suggested that the red lines seen in the galaxy feat are Kid Boo's ki blasts destroying it. This makes sense, so I'll calc the feat based on this.
In case you didn't know the feat already, it can be seen here
The Calc[]
- Galaxy = 222px (Compensated for the cut-out tip) = 110,000ly
- Diameter of Kid Boo's ki blasts = 23px = 11396.3963964ly. Radius would be 5698.1981982ly, which translates to 5.390911733252e+19m
Using the inverse square law, and using the values of the Sun as stand-ins for the targets, we have the following results:
- Area of the explosion (omnidirectional) = 4*3.14159*5.390911733252e+19^2
- Area of the explosion = 3.6520267e+40m^2
The Sun's F.A is:
- 3.14159*(695700000)^2 = 1.5205248e+18m^2
Its GBE is 3.8e+41 joules
- E = (3.6520267e+40m^2 / 1.5205248e+18m^2) * 3.8e+41
- E = 9.1269156e+63 joules, or 91.269156 ExaFoe
This is very, very high-end 4-A. Enough to solo your verse many times over easy.
With Ravel's formula:
- 4*(5.696×10^41)*((5.391×10^19)/(6.957×10^8))^2 = 1.368x10^64 joules, or 136.81214 ExaFoe
Even higher.
Scaling the Galaxy[]
Galaxy diameter: 460.01 px
Galaxy diameter real: 100,000 Light years
Pixel: 217.387 light years
Red zone: 32.24 px
Red zone real: 7008.557 light years, 3504.278 light year or 3.315x10^19 meter radius
Energy needed assuming Sun: 4*(5.696x10^41)*((3.315x10^19)/(6.957x10^8))^2 = 5.1731257x10^63 joules
Results[]
Kid Boo is Awesome (Kinda...): 91.269 ExaFoe (Multi-Solar System level)[]
Executor N0's Formula: 136.81214 Exafoe (Multi-Solar System level)[]
Scaling the Galaxy: 51.731 ExaFoe (Multi-Solar System level)[]
No matter how you slice it, it is double digit to triple digit ExaFoe
KLOL506's version[]
Tiny error. The Red Zone marked in blue is actually 34.24px as per the image.
Galaxy (Purple) is 460.01px, that's just the basic stuff.
100,000 * (34.24/460.01) = 7443.31644964 light-years diameter. Radius is 3721.65822482 light-years or 3.5210608e+19 meters. This is our explosion radius
Inverse square law time.
Energy = 4 * U * ((Explosion Radius in meters/Target Radius in meters)^2)
U is GBE in joules. 5.693e+41 J. Target radius is 6.957e+8 meters (Radius of the Sun).
Energy = 4 * (5.693e+41) * ((3.5210608e+19/6.957e+8)^2) = 5.8331644e+63 J or 58.331644 exaFoe (Still 4-A, Multi-Solar System level) (ACCEPTED)
If a staff member can put this up into the old blog for further evaluation (As this does not change the pixel-scaling and is a very minor correction that results in no major changes), that'd be great.