Apollo vs. Planet-Killer[]
Feat here, StormWatch Vol 3 3. For context, Apollo was described as being Superman-level, which was backed up by Martian Manhunter claiming him t be the most powerful person on Earth, implying he's stronger than even himself.
According to Paul, 96 km diameter is enough for life-wiping. With a 48 km radius, using a sphere as radius, the asteroid has a rough volume of 4.63×10^5 km^3, or 4.63e+15 cm^3.
Since i'm not sure what the method here is, whether I use destruction or KE, ill do both.
Seems like v.frag. Made of moonrock so ill use 69.
4.63e+15 * 69 = 3.1947e+17 J
76.3 Megatons. City level+
Moon has a density of 3,340,000,000,000 kg/km^3.
3,340,000,000,000 * 4.63×10^5 = 1.54642e+18 kg
Meteors in spaace have an average speed of '25000 m/s
1.54642e+18 * 0.5 * 25000^2 = 4.8325625e+26 J
115 Petatons. Multi-Continent level
Green Lanterns shield Mogo[]
Feat here. A bunch of Green Lanterns, including John Stewart, Arisia, Kilowog, and countless more all band together to create a shield for Mogo. By my rough estimate, at least 41 Lanterns perform ths feat and are still surprised it worked, meaning this was no casual feat.
sqrt(1-(tan(35)*(61/244))^2/((tan(35)*(61/244))^2+1))*12,742 = 12,653 km.
sqrt(1-(tan(35)*(144/1096))^2/((tan(35)*(144/1096))^2+1))*12,742 = 12,717 km
205 / 61 = 3.360
12,653 * 3.360 = 42,514.08 km / 2 = 21257.04 km (21,257,040 m)
Volume of a sphere from this would be 4.02×10^22 m^3
Looks like the moon, so 3340 kg/m3.
4.02×10^22 * 3340 = 1.34268e+26 kg
Now for distance.
2atan(tan(35deg)*(144/1096)) = 0.183479669 rad
0.183479669×180°/π = 10.51261066°
Angsizing yields 6.9116e+7 m
Timefrae seems about 30s.
6.9116e+7 meters / 30s = 2,303,866.67
1.34268e+26 * 0.5 * 2,303,866.67^2 = 3.5633395e+38 J
3.5633395e+38 / 41 = 8.691072e+36 J
2 Ronnatons
ill do the rest tomorrow.
Brainiac's tanks his mothershipp blowing up[]
Feat here, Superman Doomed #2.
- Scailing 1: The scaling for the ship is based off the curviture of its curviture.
- Scailing 2: The scaling for the explosion is interuted off how long I think it would be based on the visible parts. Will edit it down if need be.
sqrt(1-(tan(35)*(147/1230))^2/((tan(35)*(147/1230))^2+1))*12,742 = 12,721.6 km
sqrt(1-(tan(35)*(418/1230))^2/((tan(35)*(418/1230))^2+1)) = 0.987
418 / 147 = 2.84
12,271 * 2.84 = 34,849.64 km
34849.64 * 0.987 = 34,396.5 km
sqrt(1-(tan(35)*(528/667))^2/((tan(35)*(528/667))^2+1))*34,396.5 = 32,205.6 km
528 / 227 = 2.32
32,205.6 * 2.32 = 74,716.9 km
Diameter of Earth = 12,742
74,716.9 / 12,742 = 5.86
59.44 * 5.86 = 348.3 Zettatons
Maybe not super accurate but I wasted hours on this thing, this is good enough.
Superman and Martian Manhunter hault the mothership[]
The head has a radius of 37358.45 km, volume of hemisphere is 1.092e+14 km^3
Gonna use porportions of an eel. Scaling here
998 / 68 = 14.6
74,716.9 * 14.6 = 1,090,866.74 km
volue of cylindeer yields 4.78×10^15 km^3 (4.7800000000000002e+24 m^3)
Density of steel = 8050
4.7800000000000002e+24 * 8050 = 3.8479e+28 kg (-90 for holowness)
3.8479e+28 -90% = 3.8479e+27 kg
Stated speed is 34,000 mph, so 15,199.36 m/s
3.8479e+27 * 0.5 * 15,199.36^2 = 4.4447198e+35 J
/ 2 for Superman and MMH and /10 for the amount of time it took to hault.
4.4447198e+35 / 2 / 10 = 2.2223599e+34 J
5.3 Yottatons
Ultraman moves the moon[]
sqrt(1-(tan(35)*(93/340))^2/((tan(35)*(93/340))^2+1))*3474.8 = 3445.9 km
93 / 28 = 3.3
3445.9 / 3.3 = 1,044.2 km
Timeframe is about a minute.
1,044.2 km / 1 min = 17,403.3 m/s
7.34767309 × 10^22 = 7.3476731e+22
7.3476731e+22 * 0.5 * 17,403.3^2 = 1.1127127e+31 J
2.65 Zettatons.
==Sorcerors prevent the destruction of the Earth==