Verse: Dragon Ball Z non-canon
Introduction[]
I was planning to revise some of the early Toeiverse profiles since I joined the wiki (of course not, but you get the point). That said, this should help with the accuracy, and it should scale to pretty much all filler Saiyans, including Turles, and also Lord Slug, Garlic Jr. and Dr. Wheelo.
That said, let's go.
The Feats[]
1. Piccolo destroys the moon...for the thousandth time.
The Calcs[]
Feat 1[]
First, we fill find the speed of the blast.
Piccolo releases the attack on frame 72, and it reaches the moon on frame 149. That's 77 frames.
The video runs at 25fps. In other words, the timeframe is 77 / 25, or about 3.08 seconds.
The average distance between the Earth and the Moon is 384339.861km.
- (384339.861km) / (3.08 seconds) = 124785669m/s, or 0.41624018c.
Relativistic.
Now, for what really matters.
- Diameter of the Moon = 428px = 3474km
- Distance the fragments traveled (low-end) = 360px = 2922.05607476km
The mass of the Moon is 7.34767309e22kg.
The moon explodes on frame 263 and scatters completely on frame 322 at the very latest. That is 59 frames, so the timefame is 59 / 25, or about 2.36 seconds.
- 2922.05607476km / 2.36 seconds = 1238159.35m/s, ou Mach 3609.794023324
KE time.
- KE = 0.5 * M * V^2
- KE = 5.632E+34 joules, or 13.4608030593 yottatons of tnt.
Large Planet level.
This only scales to Toeiverse characters.
Feat 2[]
I'll assume this one is a tall as the Pyramid of Menkaure, the smallest of the three Pyramids of Gyza, which is 61m tall. The volume of the Pyramid of Menkaure is 235,183m^3. It is mostly made of limestone, which has a density of 2.711g/cm^3, or 2711kg/m^3.
- M = V * D
- M = 637581.113 tons, or 637581113kg.
Class M.
However, you could also use acceleration, which, considering the pixelscaling above, would need some pre-calculated values.
- Pyramid = 42px = 61m
- Distance it traveled = 298px = 432.80952381m
It took 8.8 seconds to reach that stage, so it was traveling at 49.1829004m/s. Since it kept going up for roughly two seconds, that makes the final distance 432.80952381 + 98.3658008 meters, or 531.17532461m.
- A = 49.1829004^2/2*531.17532461
- A = 642445.318568m^2
This makes the final result equal to:
- Y = M * A
- Y = 637581113 * 642445.318568 = newtons, or 41,768,697,771.41022 metric tons.
This is Class G lifting strength.