- 11,567
- 3,123
Original Calc.
Most importantly regarding this part "The average ablation speed is 3,000m/s. I'll use that as the mid-end, and 4,000m/s as the high-end since Madara was trying to wipe everything out."
g = 9.81 m/s2
h = 12 km (using this image since there's no reason to assume the meteors didn't come from the Troposphere like the "rain" drops that were not ablated either.)
TV= (The terminal velocity occurs at the point where the acceleration due to gravity is exactly offset by the deceleration due to atmospheric drag.)
134.11 m/s Mid-End 6.6297225143 Gigaton 6-C Island level
178.816 m/s High-End 11.786525096 Gigaton 6-C Island level
Note: If someone knows a better way to calc this with a better formula, such as Potential Gravitational Energy, please do since I'm not very knowledgeable on that version. Perhaps we can get higher results, but right now the current calc is wrong for assuming the meteor is ablated.
Most importantly regarding this part "The average ablation speed is 3,000m/s. I'll use that as the mid-end, and 4,000m/s as the high-end since Madara was trying to wipe everything out."
- This rock is called a "meteor" by the fanbase. A game (none-canon) calls it Tengai Shinsei which is not mentioned on the manga or anime.
- It's a Rinnegan summoning technique. Madara used his Sussano for the hand seals.
- Meteors are just pieces of land pulled by Madara's Rinnegan.
- The "Meteors" didn't have ablation speed.
- There's no proof the 2 meteors were summoned from space.
- The "meteors" weren't ablated.
g = 9.81 m/s2
h = 12 km (using this image since there's no reason to assume the meteors didn't come from the Troposphere like the "rain" drops that were not ablated either.)
TV= (The terminal velocity occurs at the point where the acceleration due to gravity is exactly offset by the deceleration due to atmospheric drag.)
- M = V * D
- M = 3084570534114521kg
134.11 m/s Mid-End 6.6297225143 Gigaton 6-C Island level
178.816 m/s High-End 11.786525096 Gigaton 6-C Island level
Note: If someone knows a better way to calc this with a better formula, such as Potential Gravitational Energy, please do since I'm not very knowledgeable on that version. Perhaps we can get higher results, but right now the current calc is wrong for assuming the meteor is ablated.