- 3,305
- 4,084
Question—Has there ever been a proposed calc for King Vegeta’s triple planet bust using the standardized Super Dragon Ball based “average planet size” we got accepted?
EDIT: Looking around, the answer seems to be no.
So I tried my best to replicate the formulas/use the prior calc foundation while using the SDB Numbers. This is what I got:
Green line = Planet = 520px = 2 * 18,598.1102 = 37,196.2204 km
Red line = Small Planet = 236px = (37,196.2204 / 520) * 236 = 16,881.36157km
Blue line = Fragment flying distance = 1055px = (37,196.2204 / 520) * 1055 = 75465.4087 km = 75465408.7 m
V = 75465408.7 / 0.52 = 145125486 m/s = 0.48408751497 c
M = SDB mass = 5.083E+25 kg (via accepted calc method given by Planetary Parameter)
Using Relativistic KE calculator would give us:
E = 6.525e+41 joules = 155.9531028845757 Quettatons
Or breaking into Star Level.
EDIT: Looking around, the answer seems to be no.
So I tried my best to replicate the formulas/use the prior calc foundation while using the SDB Numbers. This is what I got:
Green line = Planet = 520px = 2 * 18,598.1102 = 37,196.2204 km
Red line = Small Planet = 236px = (37,196.2204 / 520) * 236 = 16,881.36157km
Blue line = Fragment flying distance = 1055px = (37,196.2204 / 520) * 1055 = 75465.4087 km = 75465408.7 m
V = 75465408.7 / 0.52 = 145125486 m/s = 0.48408751497 c
M = SDB mass = 5.083E+25 kg (via accepted calc method given by Planetary Parameter)
Using Relativistic KE calculator would give us:
E = 6.525e+41 joules = 155.9531028845757 Quettatons
Or breaking into Star Level.
Last edited: