Introduction[]
Conker tanks a tank exploding.
Credit to my friend, jovial_fox_117_63303 on cord for making this calc.
Now, as you can see, in this pixel scaling the explosion in its first frame measures 2 meters, the explosion expands for 3.4 seconds
1 second = 30 frames
3.4 seconds = 102 frames
102×2 = 204 meters
The radius would then be 102 meters
Now I will use the maximum pressure, given that the explosion apparently destroyed the tank, which is made of steel and well... we all know, something made of steel = durable thing (unless it is rusty)
Total Energy:102^3×((27136×1.37895+8649)^(1÷2)÷13568−93÷13568)^2 = 85.2876269108 tons of TNT
City Block Level+
Vaporization[]
There were no chunks left, implying vaporization.
vaporization of steel:1538 C° ÷ 20.5049236 bars
Recalc: 102^3×((27136×20.5049236+8649)^(1÷2)÷13568−93÷13568)^2 = 2.50126503168 Kilotons of TNT
Small Town Level
Vaporization Re-Calc[]
I will use the vaporization of iron, since in vsbw there is no vaporization of steel, apart from the fact that it is normally accepted that steel is harder than iron
1 j/cc = 1 mpa = 10 bars
so 60915.7 j/cc (the vaporization of iron) would be about 609157 bars
second recalc: 102^3×((27136×609157+8649)^(1÷2)÷13568−93÷13568)^2 = 95.1514971183 Megatons
City Level+
This in my opinion is very ridiculous. Imagine a fucking squirrel surviving an explosion equivalent to the Hiroshima bomb, but multiplied by 6343.43314122._.
Vaporization Re Re-Calc[]
I've been told that the values used for the bars are wrong
4.691643975e+11J or 112.13 Tons of TNT
I used this calc
but changed the vaporization value from that of rock to iron, which is 60915.7 J/cc
Multi-City Block Level