CatLover313
He/Him- 8
- 7
Hello, new power scaler here. I am trying to see if my calculation of this feat performed by Dowan, the MC of Reality Quest is good or if it needs fixes.
Full Feat
The Average Length of Mans Menton-Crinion is 16.6 cm
Pixel Scale (Reference taken by WanderingGecko)
1. Material Analysis
Trash Can:
XXX seemed to be punched into a Trash Can. Looking it up, given the setting is in South Korea and this appears to be a residential/urban area, the trash cans are likely standard municipal waste containers which are typically made of galvanized steel or stainless steel in urban settings. The damage shown appears to be vaporization based on the vapors in the air and the complete destruction of the slides of the trash can. However, we will do 2 calculations for Vaporization and Pulverization of Stainless Steel (many have tried to argue that this is pulverization, so I will calculate that hypothetical despite the vapor). Since there is no Vaporization statement of Stainless Steel on VSBW, we will use the standard Vaporization value of 25,700 J / cc and the Pulverization value of Stainless Steel on VSBW is 1,631 J / cc.
Wall:
The material of the wall appears to be red brick. It also doesn’t seem like the wall was pulverized but closer to violent fragmentation due to seeing distinct pieces breaking off rather than complete destruction to dust or vapor. So using the VSBW values for red brick violent fragmentation: 2.81 J/cc
2. Damage Calculation
Trash Can:
Dowan pulverized the trash can until it formed a half-cylinder. Using the lengths found in the Pixel scale, the radius is 65.91 cm and the height is 2.40 cm. He also did this to the back of the trash can as well, so we will multiply the results by 2. We will use V = (½) * pi * r^2 * h to calculate Volume.
Wall:
Dowan struck the wall, causing it to crack. The depth of the hole is hard to get the exact measurement but to be on the safe side, we will assume 5 cm deep. From the pixel scale, the radius of the wall crack appears to be 100.56 cm.
Low Ball Energy (Pulverization): 53,421,699.3 + 223,175.6101 = 53,644,874.91 J
Full Feat
The Average Length of Mans Menton-Crinion is 16.6 cm
Pixel Scale (Reference taken by WanderingGecko)
1. Material Analysis
Trash Can:
XXX seemed to be punched into a Trash Can. Looking it up, given the setting is in South Korea and this appears to be a residential/urban area, the trash cans are likely standard municipal waste containers which are typically made of galvanized steel or stainless steel in urban settings. The damage shown appears to be vaporization based on the vapors in the air and the complete destruction of the slides of the trash can. However, we will do 2 calculations for Vaporization and Pulverization of Stainless Steel (many have tried to argue that this is pulverization, so I will calculate that hypothetical despite the vapor). Since there is no Vaporization statement of Stainless Steel on VSBW, we will use the standard Vaporization value of 25,700 J / cc and the Pulverization value of Stainless Steel on VSBW is 1,631 J / cc.
Wall:
The material of the wall appears to be red brick. It also doesn’t seem like the wall was pulverized but closer to violent fragmentation due to seeing distinct pieces breaking off rather than complete destruction to dust or vapor. So using the VSBW values for red brick violent fragmentation: 2.81 J/cc
2. Damage Calculation
Trash Can:
Dowan pulverized the trash can until it formed a half-cylinder. Using the lengths found in the Pixel scale, the radius is 65.91 cm and the height is 2.40 cm. He also did this to the back of the trash can as well, so we will multiply the results by 2. We will use V = (½) * pi * r^2 * h to calculate Volume.
- V = (½) * pi * (65.91)^2 * (2.40) = 16,376.9771 cc
- E (Pulverization) = (16,376.9771 cc) * (1,631 J / cc) * 2 = 53,421,699.3 J
- E (Vaporization) = (16,376.9771 cc) * (25,700 J / cc) * 2 = 841,776,622.9 J
Wall:
Dowan struck the wall, causing it to crack. The depth of the hole is hard to get the exact measurement but to be on the safe side, we will assume 5 cm deep. From the pixel scale, the radius of the wall crack appears to be 100.56 cm.
- V = (½) * pi * (100.56)^2 * (5) = 79,421.9253 cc
- E = 79,421.9253 cc * 2.81 J / cc = 223,175.6101 J
Low Ball Energy (Pulverization): 53,421,699.3 + 223,175.6101 = 53,644,874.91 J
- 53.645 MJ or 0.0128 tons TNT (Small Building)
- 842 MJ or 0.201 tons TNT (Small Building+)
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