User blog:Muhammedmco/Busou Renkin - Firestorm

Introduction
Feat in Question.

Calc
This one is extremely easy, since he had just given us what we want.

Radius = 500 yard = 457.2 meters.

In this scan, the firestorm is cylindrical-shaped, so i will assume the area of the cylinder, so we need the height.

I will use this scan to determine Sekima's height, since he is the one who caused the storm, as well as the distance between him and the ground, since the scan from the introduction does not give the accurate height for the fire storm.

Sekima is 1.77 m.

He is 55 px.

1.77/55 = 0.03218181818 m/px.

Height of firestorm (Incomplete one in the introduction scan) = 679 px = 21.85145455 meters.

Distance between Sekima and the ground (The second scan in the Calc section) = 373 px = 12.00381818 meters.

Total height of the firestorm = 33.85527273 meters.

Plugging all of that into this calc:

Area = 1410640 m^2.

To get the energy, we will use Stefan-Boltzmann Law.

Q = sigma x T^4 x area

Temperature = 10,000 celsius = 2741500 kelvin.

Emissivity = 1

Plugging all of this into this calc:

E = 4.518062706982233e+24 Joules = 1.0798429031984305 Pettatons of TNT (Continent level)

Conclusion
Firestorm = 1.0798429031984305 Pettatons of TNT (Continent level)