Project Naruto - feats from The Last (Moon cutting feat included)

Naruto's chakra blasts a hole through the Moon

 diameter of the moon = 889 px =  3476 km

hole diameter = 37 px = 144.7 km

Panel height = 995 px 

diameter (the distant one) = 695 px 

diameter (the closer one) = 1571 px 

diameter (distant one) = 2atan(Object_Size/Panel_Height/(tan(70/2))) = 52 degrees

Distance = 148 km

diameter (the closer one) = 2atan(Object_Size/Panel_Height/(tan(70/2))) = 95.7 degrees

distance = 65.5 km

Thickness = the diffrence Δx = 82.5 km (i think that's around the same result as Basilisk got)

R = 72350 m

thickness = 82500 m

V = π*R^2*thickness

$V = 1.35*10^{15} m^3$

Using fragmentation (8 j/cc)

$E = 1.08*10^{22} Joules$ (2.5 Teratons of TNT) Small Country level

Cutting the Moon

 Moon's diameter = 673 px = 3474 km

Distance moved = 6 px = 31 km

Mean radius of moon (R_2) = 1737 km

Mean density = 3344 kg/m^3

thickness of the moon = R_2 - R_1 = 82.5 km

R2 = 1737 km

R1 = 1654.5 km

Volume of each half = 4/3*π*[(R2)^3 - (R1)^3]

V = 1.49*10^18 m^3

ρ = 3344 kg/m^3

m = 4.9825*10^21 kg

Using the formula from my last blog

$z_{cm} = 848209 m$ for each half

Distance of the centers of mass = 2*$z_{cm}$ = 1696418 m = $r_i$

$W = \textstyle \int\limits_{r_i}^{r_f} F(r)dr$

F(r) = G*m^2/r^2

$W = Gm^2(1/r_i - 1/r_f)$

$r_f = r_i + 31000 = 1727418 m$

G = 6.67*10^-11

$W = 1.75 10^{25} Joules$ (4.18 Petatons of TNT) Continent level+

I'll explain tomorrow why the moon is hollow and why surface gravity shouldn't be used.Until then i'll be offline.