First alternative it’s using the E = 4*U*(Er/Tr)^2 formula.
E = 4*U*(Er/Tr)^2
U = 1.24e+29 joules (GBE of the moon)
Er = 384400 km
Tr = 1737.1 km
E = 4*1.24e+29 joules*(384400000/1737.1)^2
E = 3494075e+34 joules, or 5.61521869025 yottatons of TNT or Large Planet level
Second alternative it’s using KE.
Low-end relativistic speed it’s 2.998e+7 m/s. Earth has a mass of 5.97e24 kg and moon has a mass of 7.3476731e+22 kg, that makes up for 6.0434767e+24 kg. Using this calculator:
E = 2.736E+39 joules, 6.5391969407265774e+29 tons of tnt or Dwarf Star level
I think you could calculate Yuichiro's speed of how much seconds does he take to reach on the building and a man's reaction speed who was also in the building (sorry for my bad grammar)
Thing with this types of feats, however, it’s that I actually need some sense of notion if there’s anything that can be used to get a reference for how much does the scene last. Without that, wherever timeframe that I apply may come out as arbitrary.
Monkey Dunno wrote: Don’t worry. I see what you mean.
Thing with this types of feats, however, it’s that I actually need some sense of notion if there’s anything that can be used to get a reference for how much does the scene last. Without that, wherever timeframe that I apply may come out as arbitrary.
Ummmm... Could you also calculate the "How much distance of Yuichiro and the building was on the manga" and "What seconds does it take for Yuichiro to reach on the building on the anime" please?
It's made of aluminum, regular steel and glass, so you could use those for tensile strength. The amount of metal it contains is 95 tons of steel and 105 tons of aluminum. The width is 34 meters wide, and the height is 21.6 meters.