Blog I will use for calculating random stuff that doesn't warrant its own blogs.
Jessica Air Blast[]
"[...] Capable of sending people flying with a range of roughly 1.5 meters."
Radiant's first outing had her wield a gun that shoots blasts of air that can send people flying. Gonna calc this as an explosion, but obviously weaker than the usual pressure we assume. I think violent destruction of glass sounds about right so let's do that.
1.5^3*99.4314*10^(-9) = 3.35580975e-7 Tons of TNT = 1404.07 Joules, Street level. Sounds about right, not lethal considering surface area but it would definitely knock you on your ass.
Mercury Speed[]
"They wore heavier armor, and they were all armed with odd spears with a curved blade on top... [...] Yet, before she could make much distance, she found eight guards blocking her path- the other ones in the throne room. There must have been another entrance on the back, and now they'd surrounded her [...] one of the guards behind her lowered his weapon at her defenseless back, cutting her open [...] From the wound on her back, Johanna didn't bleed blood, but mercury. The liquid element took life, and sliced through the guards behind her in a tenth of a second."
So, eight guards behind her, the closest one one polearm's distance away, which I will say was 1.5 meters even including arm length since I picture them to be relatively short spears. I envision this being a corridor, but one wide enough for two people to fit through, so let's say 3 people behind the attacker, let's add one meter per each of them.
- 4.5 / 0.1 = 45 m/s, Subsonic
neat!
Lead Crushes A Cage[]
"The two found themselves in a small metal cage, Lead outside of it. Had her owner tried to use him to crush the cage, Johanna would have stabbed her, and she knew that, dispelling it and summoning Iron in her hands once again. They clashed blades a few times, before taking a step back each."
- Alright I'll assume 3 x 3 x 3 meters given two Johannas are in there can could fight with their weapons, presumably not too awkwardly. I don't know what type of cage to envision so I'll just presume it's made of jail cell bars. So looking around, space between bars can't be over 5' or 12.7 cm, and their minimum weight is 7/8 of an inch or 2.90285714 cm.
- In total that's 15.6, 300 / 15.6 = 19.23 bars, let's round down and say 19.
- Cylinder volume: 300 x pi x (2.90285714 / 2)^2 = 1985.466 cm^3
- 1985.466 x 19 x 6 sides = 226343.124 cm^3 x 208 (Frag of steel) = 47079369.792 Joules, Small Building level
Johanna Cuts Down an Arrow[]
"The other Johanna reacted faster, and ran off into the fog. Johanna was faster, and could have chased after her, but the camouflage would have likely meant she'd run into a pointy end. Instead, she kept her distance, at the sweetspot where her opponent was too far away to attack, but close enough she could still see her figure. [...] Then, the corner of her eyes caught something behind her. She turned and cut it down. Bronze. Then, that meant... [...] As Gold shot his lethal dart, she stepped out of the way, while simultaneously slashing it in half with her sword. The electricity coursed through the metal and into her arm, numbing it. She instinctively passed her sword in the other arm, and ran forward, making Silver miss his shot. She approached her foe, who summoned Iron in her hands a second too late. Johanna swung her sword, dealing serious damage for the first time in this duel."
- Johanna was at a distance where with her superhuman speed she could catch up with her foe in roughly the one second it would take for her to summon her weapon. This is important because that same distance, the max distance from which she could still see her through the fog, is the same distance I'm using for the path of Gold's arrow. Let's say 5 m.
- As for Johanna's movement, the sidestep isn't important, let's focus on the slash. Uhh, 90 degrees? Sure. As for her weapon, let's say it was a sidesword with a blade length avg of 87.63 cm, to which I'll add 62 of arm length.
- pi x (87.63 + 62) x 0.5 = 235.0382 cm
- For bullet speed I'll do the higher end of medieval longbows, 55.778 m/s / 500 * 235.0382 = 26.2199 m/s, Superhuman. Support!
Labolas KE[]
"Labolas’ new Projection, Rainbow in the Dark, allows him to first slow down his own perception of time, allowing him to get a snapshot of the events surrounding him and decide what his next movements will be and "set" his body to execute them. Labolas then greatly speeds up, moving at near the speed of light to the point that his eyes are no longer able to perceive the light around them and he goes blind for the remaining duration of Rainbow in the Dark. This is not as crippling as one would imagine, though, as he has already decided his movements in the previous phase. Labolas is surrounded by an energy-dampening forcefield during Rainbow in the Dark- it protects him, but also greatly lessens the impact of his body moving at relativistic speeds, which would normally cause incredible damage, but also obliterate him in turn."
Yeah, so this guy can move at Rel+ speeds, but normally dampens that energy, since if he didn't he'd kill himself. Still not using that forcefield is something he can do, so let's calc it.
- I'll assume 93% SoL since that's as high as we allow RKE, and even in the early stages of acceleration he experiences Relativistic Doppler Effect which starts at 0.89 SoL... I think. That whole page is not something I can really understand lmao.
- Also, I'll do 75 kg, punching that into this calculator gives me 1.153 x 10^19 Joules, High 7-A+
Johanna's Flight Speed[]
"Johanna woke up in a small, wooden box. Well, she would have comfortably fit in it before, but now her wings were constrained by it. Therefore, as she realized it was her coffin, she hesitated for a moment, then flexed her wings, smashing it into splinters, while flying upwards through the dirt, out of her grave and high up into the sky, then in space. As she observed the Knitter's planet, her anger at him dissolved. She could feel it, The reality she'd come from was now safe. Once they'd defeated him, she would have gone back and finished the Emperor, but until then, she had no reason to feel bad about it.
Her eyes darted across the infinite space, taking in the beauty of each of the stars in, absorbing every single detail of their flaming might. When she was done, she flew back in the atmosphere, hovering a few meters above the ground."
Johanna flies to space and back in a very brief period of time. I would say like, 1 minute each is the most I would imagine it to be. This is flight speed only FYI. Karman line is 100000 m above sea level, which I would say is at least how far she got.
100000 / 60 = 1666.666 m/s, Supersonic+ (which is significantly worse than HH but that's not valid because she could propel herself indefinitely, she didn't need to hit escape velocity)
Deep Walkers Strength[]
"A tentacle emerges from your open palm, which you can control as if it were part of your body. It can stretch to up to 4 meters of length, and has sufficient strength to knock down doors or break bones. However, it is vulnerable to harm, you feel pain through it as if it were yours, and if it received too much damage, it will vanish, and you will lose all control and feeling of your arm for a week, as if it was paralyzed. When the spell ends, a deep gash will be left in your palm where the tentacle was, but it will close in a matter of hours. [...] Three tentacles emerge from your palm or palms, but unlike Summon Limb, they will attack anything perceived as a threat on their own, at speeds surpassing human perception. They can only stretch to about 2 meters of length to compensate, however."
Quick KE stuff, just to support the built-in feats. Let's assume 2.5 cm of radius
- pi x 2.5^2 x 200 = 3926.99
- 3926.99 x 1.01 = 3966.2599 g = 3.9662599 kg
- 3.9662599 x 0.5 x 34.3^2 = 2333.1325 Joules, Street level
Loop 1 Gods[]
Basically both the Earth and the Moon, underneath their crust, are all a semi-living being/hive mind made of flesh, which if fully awakened would tear apart the crust and all above it instantly.
- Moon's radius is 1737.4 km, crust is avg 34, so 1703.4 km/1703400 m
- 4/3 x pi x 1703400^3 x 1010 (specific weight of flesh) = 2.0910283 x 10^22
- GBE: (3 x 6.67408 x 10^-11 x (2.0910283 x 10^22)^2) / (5 x 1703400), 1.0278881 x 10^28 Joules, Multi-Continent level
- Earth's radius is 6371 km, crust is up to 70, so 6301 km/6301000 m
- 4/3 x pi x 6301000^3 x 1010 = 1.0583722 x 10^24
- GBE: (3 x 6.67408 x 10^-11 x (1.0583722 x 10^24)^2) / (5 x 6301000), 7.118853 x 10^30 Joules, Small Planet level