![]() My main assumption here is that the two different paths of destruction are the same length and width. Way more impressive than I first thought.Ĥ-Tails Naruto’s chakra blast annihilates some more land, and it would have been even larger if not for Orochimaru’s Triple Rashouman taking the brunt of the blast. ![]() Low-end Town level, and just from a transformation. However, we need to account for the crater previously made by Naruto and subtract that volume.ĥ87,637.18 – 13,458.435 = 574,178.745 m^3, volume of cratered rock.Īgain, vapor and debris are present and it is a crater, so we use 87 J/cc.ĥ74,178,745,000 * 87 = 49,953,550,815,000 J, or 11.94 Kilotons ![]() Treating this crater as a dome, the volume would be 587,637.18 m^3. Naruto measures 4 pixels here compared to crater diameter at 525 and height at 74.ĥ25 / 4 = 131.25 * 1.66 = 217.875 m, diameter of crater.ħ4 / 4 = 18.5 * 1.66 = 30.71 m, depth of crater. Instead of using the smaller figure for Naruto’s height from last time, I’m actually going to use his full height of 1.66 m because the tails would be factored in for the four tailed form, easily reaching his full height, even when he is crouched. Naruto’s 4 Tails transformation turns his previous crater into an even larger one. Where m is mass of the water, g is gravity (9.8), and h is the center of gravity in this case.Ģ4,734,104.707 * 9.8 * 16.745 = 4,058,891,316.523 J or 970 Kg of TNTĪ bit lower than I thought it would be, but oh well, never hurts to check. He measures 11 pixels here compared to 233 for the base of the splash and 421 for the height.Ģ33 / 11 = 21.182 * 1.75 = 37.07 m, base of the water displacement.Ĥ21 / 11 = 38.273 * 1.75 = 66.978 m, height of water displacement. Since this point in time lines up with the databook that gives him the 1.75 m height, I’m going with that one. There’s some debate to this as a databook gives Tobi’s height as 1.75, but a different one gives Obito’s height as 1.82 m. The ensuing explosion displaces quite a bit of water, so figured it would be worth calculating. Always good to see that kind of consistency.ĭeidara sends one of his little art creations into the water and explodes it next to the 3-Tailed Beast. This is actually right in line behind the power displayed by Naruto’s 3-Tailed form. As mentioned above, I’ll be treating this as a high explosive. y is specific heat ration (Will be using 1.4 here as is common)įor time, I’ll be using the speed of the explosion. Where p is density of the air, t is time after explosion has formed, R is radius of the explosion. ![]() As it’s a large explosion that completely decimated the building, I’ll be treating it as a high explosive. After all, the explosion easily blew through the building, and we don’t have enough info on the building to break down how it was destroyed and what that would take. In this instance, I’m going to use Taylor’s Formula to find the explosive yield. The support beam is 11 pixels compared to explosion diameter at 258.Ģ58 / 11 = 23.455 * 3.672 = 86.127 m, diameter of explosion. She measures 106 pixels here compared to 229 for width of the support beam.Ģ29 / 106 = 2.16 * 1.7 = 3.672 m, width of support beam. Hanging up on the support beam is Yugito. I don’t think either took the brunt of the blast, but still, it’d be impossible for them to not have taken at least some of it, as they were trapped in the building. Although not necessarily a huge showing for one of the Bijuu, both Hidan and Kakuzu appeared to be unharmed by the explosion. The 2-Tailed Beast unleashes a Bijuu Bomb that destroys a large building.
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