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Introductio
Deku is listed on his profile as Low 7-C because of this calc.
However, the problem I have with this calc is that RustyOne has the correct volume based on Therefir's dimensions but he incorrectly uses frag of steel.
As we can see, the cubes that Midoriya busts clearly aren't solid cubes of steel but large cubes of junk metal. The calc assumes the cubes are solid when they are clear empty spaces in the cubes.
Calculatio
For my re-calc, I found that the density of scrap metal that closely resembles the scrap in the image is around 55 lbs/ft^3 according to the Specifications of Steel Dynamics.
The original calc has a cube's volume at 1,676.676672 m^3
According to this calculator 55 lbs/ft^3 = 881.02 kg/m^3
881.02*1,676 = 1,477,185.68156544 Kg
(Low-End)
1,477,185.68156544*13 (Cubes destroyed) = 19,203,413.8603507 kg
of Steel is 8,050 kg/m^3 Density of Steel is 8,050 kg/m^3
19,203,413.8603507/8,050 =2,385.5172497 m^3 or 2,385,517,249.733 cc
Fragmentation of Steel is 208 J/cm^3 so 2,385,517,249.733*208 = 496,187,587,944.46580 J | 118.5916 Tons just above Baseline 8-A.
(High-End)
1,477,185.68156544*27 = 39,884,013.4022 kg
39,884,013.4022/8,050 = 4,954.53582636 m^3
4,954.535,826.36*208 = 1,030,543,451,882.88 J | 246.3057 Tons solid 8-A
Deku is listed on his profile as Low 7-C because of this calc.
However, the problem I have with this calc is that RustyOne has the correct volume based on Therefir's dimensions but he incorrectly uses frag of steel.
As we can see, the cubes that Midoriya busts clearly aren't solid cubes of steel but large cubes of junk metal. The calc assumes the cubes are solid when they are clear empty spaces in the cubes.
Calculatio
For my re-calc, I found that the density of scrap metal that closely resembles the scrap in the image is around 55 lbs/ft^3 according to the Specifications of Steel Dynamics.
The original calc has a cube's volume at 1,676.676672 m^3
According to this calculator 55 lbs/ft^3 = 881.02 kg/m^3
881.02*1,676 = 1,477,185.68156544 Kg
(Low-End)
1,477,185.68156544*13 (Cubes destroyed) = 19,203,413.8603507 kg
of Steel is 8,050 kg/m^3 Density of Steel is 8,050 kg/m^3
19,203,413.8603507/8,050 =2,385.5172497 m^3 or 2,385,517,249.733 cc
Fragmentation of Steel is 208 J/cm^3 so 2,385,517,249.733*208 = 496,187,587,944.46580 J | 118.5916 Tons just above Baseline 8-A.
(High-End)
1,477,185.68156544*27 = 39,884,013.4022 kg
39,884,013.4022/8,050 = 4,954.53582636 m^3
4,954.535,826.36*208 = 1,030,543,451,882.88 J | 246.3057 Tons solid 8-A
