This is the 67543567 number of time peoples actually calc this feat, hoping this would be the last one
Feat[]
Step 1: Speed of the Bullet[]
The speed of the bullet can be see this panel when the dissapeared to the horizon in an instant despite his size, i'll assume 1 px (since we could no longer see him) so basically:
- Bullet = 13.86 meters = 1px
- Panel = 640 px (in the second Panel you cannot see the bullet anymore and since the second panel is near to saitama than the first panel, i can apply this to find the distance with the first panel to stay accurate)
- A = 2ATan(tan(70/2)*(1/640) = 0.1253°
- Distance = 6333.2 meters
Step 2: Mass of The bullet[]
I will just use the Volume from the Original calc but adjusting the density, i'll use the density of some of the ighest metal know on earth (due to reason like their bullets are used at KE purpose, and this metal have a high heat temperature and don't heat too much when they are propulsed)
- V = 2262 m3
- M = 2262*(15,630)
- M = 35355060 kg
Calculation[]
For the Timeframe of the speed i'll use 1 second since it was pretty much instantanously and some secondary material like the anime show the bullet travelling to the horizon in less than a second so let's calc it's KE:
- KE = 1/2 (Mass)*(Velocity)²
- KE = 1/2 (35355060)*(6333.2)²
- KE = 7.090E+14 J
There is either 37 bullet or 116 ones so:
- 37 Bullets = 2.623E+16 J - Small City level+
- 116 Bullets = 8.22E+16 J - City level
EDIT[]
Looking to the Original calc, it used a distance of 12,380 meters due to a long explanation so let's try this too:
- KE = 1/2 (35355060)*(12,380)²
- KE = 2.709E+15 J
With the bullets ends:
- 37 Bullets = 1.00E+17 J - City level
- 116 Bullets = 1.79E+17 J - City level
The results are surpringly Consistent with the current rantings.