Superman vaporizes a mountain
Title says it all.
Plugging everything into this gets us 459686014638936cc.
Much steam, looks like clear vaporization, at least for a vast majority of the mountain.
That gets us 11813930576220655200J.
2.82 Gigatons, High 7-A+
Bar El and Lilo crack the moon
Title says it all.
I'll use thiccness of the crack as depth as well.
3474 * 427.2^2 = 634004444.16 km^3.
That's 634004444160000000000000cc
634004444160000000000000 * 8 = 5072035553280000000000000 J
1.21 Petatons, 6-A
Minimalistic isn't it
OPM Tatsumaki cloud dispersion feat
Title says it all.
Yeah that's some high-end paint drawing there
We need volume. The shape seems to be that of a conical frustum.
The 5th line is what we'll be using for the size scaling. They look pretty much like cumulus clouds, so 1300m for its average thickness. That gets us 41.74m per pixel so the circle there has 9067m for diameter.
Now we do distance from both Tatsumaki and the circle via angsizing and get the distance between them, that'll be height of the conical frustum. Tatsumaki doesn't have an official height it seems but let's use 1.5m because she's very often portrayed as very short.
D1 = object size * panel height in pixels/[object height in pixels*2*tan(70deg/2)]
D1 = 0.72*422/[18*2*tan(70deg/2)]
D1 = 12m for Tatsumaki - PoV dist…
OPM Boros' ship bullet calc, cloud dispersion, and more
Title says it all. I'll be calc'ing speed via ang sizing, KE from cloud dispersion, etc etc.
Let's try ang sizing in the anime, then ang sizing by the manga. Timeframe will be the one on the anime for both, ~0.3s.
MANGA
Distance from point of view to object = object size * panel height in pixels/[object height in pixels*2*tan(70deg/2)]
Distance from point of view to object = object size * panel height in pixels/[object height in pixels*2*tan(70deg/2)]
The bullets are 13.86m wide;
Distance from point of view to object = 13.86 * 467/[22*2*tan(70deg/2)]
D = 210m
That's 700m/s. The other calc shows way higher than this, so let's look for the anime angsizing now.
ANIME
The bullet turns in less than 1p in that 0.3s. The anime is produced in 720p, so that'…
Messenger of the Seafolk KE Calc
Title says it all.
This shows most mini trucks are around 6ft in height so let's use that.
So 7.18m from right knee to waist.
This image shows that this distance is 1/4.75 of total height, so for the total height we have 34.105m.
Regular person weights 70kgs and heights at 1.75m.
m2=m1*(L2/L1)^3
M2 = 70*(34.105/1.75)^3
518129.18 Kg for mass.
Speed is proportional to height in humanoid shapes.
Average human speed is 6.35m/s
6.35 --- 1.75
x --- 34.105
216.56 = 1.75x
x = 123.75 m/s
KE now.
123.75^2 * 0.5 * 518129.18 = 3967331322.79 J
That's 0.95 Tons, 8-C