u/DeepRoom7269

# Formula
Person's True Speed = (Object's True Speed / Object's Apparent Speed) * Person's Apparent Speed

For the object's apparent speed, we need the meter-per-pixel part. Let's use the coin.

0.024/28 = 0.00085714285 meter per pixel. This is the distance the light would move as Chariot views it as standing still.

Frame 1 is right before the cut to the frame happens. The cut is at Frame 148. This would last all the way to the end of the video at Frame 191.

The video runs at 24 FPS.

Frames: 191-148 = 43 frames

Time it stood frozen for: 43/24 = 1.79166666667 seconds.

Hanged Man's apparent speed: 0.00085714285/(43/24) = 0.00047840531 m/s

Now, onto Chariot's swing.

Chariot reaches Frame 183 before he swings at Hanged Man. It goes from there to the end of the video, Frame 191.

Frame count: 191-183 = 8 frames

Time taken for swing: 8/24 = 0.33333333333 seconds

Chariot's apparent speed: 3.9856037699/0.33333333333 = 11.9568113098 m/s apparent speed.
Chariot's true speed: (299792458/0.00047840531) * 11.9568113098 = 7.4927301e+12 m/s or **24,993.0573637** c (MFTL+)

From what I can find the average height of a mountain in Japan ranges between 1500-2000 meters https://en.wikipedia.org/wiki/Geography\_of\_Japan

Mountain: 148px |1500m
Explosion: 74px| 74x(1500/148) = 750 meters or a rapids of 375

Mountain: 148px |2000m
Explosion: 74px| 74x(2000/148) = 1000 meters or a radius of 500

Now we’ll use 1500 meters as a low ball and 2000 as a high ball to find our diameter

Destructive Yield Low-Ball
Explosion Formula: W = R^3 * ((27136 * P+8649)^(1/2)/13568-93/13568)^2, where W is the yield in tons of TNT, R is the radius in meters, and P is the shockwave pressure in bars, where we generally use 1.37895 bars or 20 psi of pressure.
Explosion: 375^3 * ((27136 * 1.37895+8649)^(1/2)/13568-93/13568)^2 = 4,231,375 tons of TNT
(Low 7-B - Small city)

Destructive Yield Low-Ball
Explosion Formula: W = R^3 * ((27136 * P+8649)^(1/2)/13568-93/13568)^2, where W is the yield in tons of TNT, R is the radius in meters, and P is the shockwave pressure in bars, where we generally use 1.37895 bars or 20 psi of pressure.
Explosion: 500^3 * ((27136 * 1.37895+8649)^(1/2)/13568-93/13568)^2 = 10,030,600 tons of TNT
(7-B - City)

Before y’all curse me out don’t look at like the versions of them I kind of suck at doing versions of them

Y’all are to slow I’ll try and do it myself Low ball, high ball, AP

In chapter 19 of Record of Ragnarok, Poseidon moves so fast that he creates a dome from his after images, and Ares isn't able to keep track of his movements due to his speeds. However, Zeus' casual attacks he is able to clearly see and and they happen in 0.00000001 seconds.

Poseidon Height: 210px |

Black Line: 198px | 1.8m

(210/198)*1.8= 1.90909090909m

Poseidon Height: 53px | 1.90909090909m

Arena: 379px |

(379/53)*1.90909090909= 13.6518010292m

Arena: 442px | 13.6518010292m

Afterimage Dome Height: 192

(192/442)*100= 43.4389140271

43.4389140271% of 13.6518010292= 5.93019411222m

we just need to divide the surface area of the dome by the shoulder width of the individual. The following calculator gives us a surface are of 267.505m^2. The should width of a man is 0.4572m.

267.505/0.4572= 585.094050744m

585.094050744/0.00000001= 58509405074.4m/s

58509405074.4/299792458= 195.166367642
Conclusion

Poseidon's Top Speed: 58509405074.4m/s or 195.166367642c MFTL
Credit?:????
High ball

This basically goes off the statement that he did this around the whole earth

So we would basically just replace the SA given with the SA of the earth (I think so) The earth has a surface area of 510.1 trillion m^2

So going off the original scale we should divide that by 0.4572 meters which is equal to 1,115,704,300,000,000m

Then this number is divided by 0.00000001 which is equal to 111,570,430,000,000,000,000,000m/s and finally this is divided by 299792458 for a final number of 3,725,000,000,000,000,000,000.

So in conclusion Poseidon has a top speed of 111,570,430,000,000,000,000,000m/s
or 3,725,000,000,000,000,000,000c (MFTL+)

Most of this has a good chance of being wrong

Credit: ME

AP

Earth's surface area = 510,072,000km^2
Genesis 7:19-20 states the waters went fifteen cubits above the highest mountains. The cubit is an ancient Egypto Roman unit of size which was, on average, equivalent to 45.72cm. So fifteen cubits would be seven meters.

Water volume = 510,072,000*8.8850 = 4516687560km^3, or 4.51668756e18 cubic meters
Water density = 1025kg/m^3 (For an average value between seawater and freshwater)
Mass of water = 4.6296047e21kg
In order to truly flood the planet, one would need to vaporize all of this water and condense the vapor into rainclouds

Average global temperature = 16 degrees Celsius

Vaporization
q1 = (4.6296047e21kg)*(84)*(4186) = 1.6278e27 joules
q2 = (4.6296047e21kg)*(2264760) = 1.04849435e28 joules
Total = 1.2112743e+28 joules

Condensation
At the same temperature of 16 degrees Celsius, we approximate the latent heat of condensation with:

2500.8 - 2.36*16 + 0.0016(16)^2 - 0.00006(16)^3 = 2463.20384j/g, or 2463203.84 joules per kilogram.
q3 = (4.6296047e21)*(2463203.84) = 1.140366e28 joules
Total flood energy = 1.2112743e28+1.140366e28 = 2.3561e28j, or 5.6205 exatons of TNT (Multi-Continent level)
Credit: a friend of mine whose name is Mine

Q=MxCxT

Mass

Now for some reason there is no scientific research I could find on the mass of Egypt so Mass is equal to Density x Volume

Volume subcategory
Volume= Length x Width x Height

Egypt has a total area of 1,010,408 km^2 https://en.wikipedia.org/wiki/Egypt
Now clouds can appear up to 18,000 https://www.nesdis.noaa.gov/about/k-12-education/atmosphere/whats-the-difference-between-fog-and-clouds meters above sea level, why is this important? Well Egypt is so hot that it [affects cloud formations https://www.sciencedirect.com/science/article/abs/pii/S1040618213004345 even stopping them from forming which keeps Egypt so incredibly hot

So for my Volume it would be equal to 1,010,408km x 18km

Volume= 18,187,344km^3

Density/Mass of air Subcategory

Air has a density of 1.225 kg/m^3 we already established that 18km is straight air so

18,187,344km^3= 1.8187344 × 10^6 m^3

Mass= 22, 284,496,400,000,000 kg

Density/Mass of ground Subcategory

Egypts’s heat reaches only 10-12 https://en.wikipedia.org/wiki/Climate\_of\_Egypt meters below the surface and earths crust has a density of. 2,700 to 3,000 kg/m^3 https://en.wikipedia.org/wiki/Earth%27s\_crust I’ll go with a low ball of 2,700

So 11 meters as km is 0.011 km
So the original area of 1,010,408 x 0.011= 11,114.488km^3
So 11,114, 488, 000, 000 m^3 x 2,700 kg/m^3 equals a mass of

M= 30,010, 817, 600, 000, 000 kg

Full mass of Egypt

Now add the mass of the air plus the mass of the earths crust and we get 52,300,000,000,000,000kg or 5.23 × 10^16 kg

C

C is equal 1005j/kgK unless told otherwise but this is for Air only and RA heated up the land as well so C≈ 800-900 for J/kgK We’ll do the Q formula twice with the different values for land and Air then add them up

Triangle T

Now Egypt was not always a desert it actually used to be much wetter and more green https://www.livescience.com/was-ancient-egypt-a-desert basically call it Green Sahara https://en.wikipedia.org/wiki/African\_humid\_period with annual mean temperatures of 25° to 30°c 295.18-303.15K

While the Sahara desert of today exceeds temperatures of 50° up to 58°c https://www.globaladventurechallenges.com/journal/facts-about-sahara-desert 323.15-331.15k

T= Final T-Original T
I’ll low ball both just because

323.15-295.18= 27.97K

Final Energy

Q= 5.23 × 10^16 kg x 1005j/kgK x 27.97
Q air= 1.47 x 10^21 J
+

Q= 5.23 × 10^16 kg x 800j/kgK x 27.97

Q ground= 1.17 x 10^21 J

1.17 x 10^21 J + 1.47 x 10^21 J=2.64×10²¹ J or 631 gigatons of tnt Large island level

Poseidons 40 day flood in which he moves so fast he creates so many after images that even Ares and Hermes (people who reacted to Zeus’ punches clear as day) only see a dome

Before I begin if you have a problem with my scale be civil about it

https://youtu.be/0SgcnGlbxfo?si=gEnN7lweQUNrrF9J

The real-life location of the Entertainment District in Demon Slayer is a place called [Yoshiwara](https://en.wikipedia.org/wiki/Yoshiwara,\_Shizuoka), a historic district located in Tokyo. It has a total land area of 174.6 km², or 174,600,000 m², which we’ll be using to calculate a volume result.

https://vsbattles.fandom.com/wiki/User\_blog:Therefir/Snowstorm\_Feats

Volume = So the volume of clouds would be:

Volume= Pi×3000m × 87,300 m ^2

Volume= 71,800,000,000,000

The liquid water content of Nimbostratus clouds is 0.001 kg/m^3.

Cloud Mass (Water) = 71,800,000,000,000 x 0.001 = 71,800,000,000 kg

The density of cloud air is 1.003 kg/m^3.

Cloud Mass (Air) = 71,800,000,000,000 x 1.003 = 72,015,400,000,000 kg

CAPE

In this method we're going to assume a moderate instability of 2500 J/kg for the snowstorm.

Energy = 72,015,400,000,000 x 2500 = 180,038,500,000,000,000 joules or 43 megatons City level

Temperature Change

For this final method we need to calculate the temperature change made at the surface, below the storm. The average temperature in Japan varies but I’ll use spring as a mid ball which is 5°C to 15°C (41°F–59°F) then I’ll use 11c again as a mid ball (284.15K), and the average density of air is 1.112 kg/m^3. A snowstorm can get temperatures down to -12°C (261.15 K).

Mass = (pi*(87,300)^2*2000)*1.112 = 53,249,206,812,927.24 kg

C = 1000 J/kg*K

ΔΤ = T(Initial) - T(Final) = 284.15 - 261.15 = -23 K

Q = M*C*ΔΤ

Q = (53,249,206,812,927.24 kg)*1000*23= 1,224,731,756,697,326,520 Joules, 292.7 Megatons or mountain level

Feats https://youtu.be/E9URbx38AIY?si=qIKTbWf8Zqcbyo-8&t=58 (made by a friend on disc)

Cloud Size
Thickness : 8000 / 135 = 59,259 meters per px Length : 1947 x 59,259 = 115 377,273 meters
Width : 1323 59,259 = 78 399,657 meters.
Semi-major axis : 115 377,273 / 2 = 57 688,637.
Semi-minor axis : 78 399,657 / 2 = 39 199,829.
Volume: pi x 57 688,637 x 39 199,829 x 8000 = 5,683×10¹³ cubic meters.
Mass
Mass Formula: Volume x Density
Mass: 5,683e13m^3 x 0,001kg/m^3 = 5,683e10KG.
Speed + Ke
Timeframe: 69.411 - 68.369 = 1,042 seconds.
Speed: 115 377,273 / 1,042 = 110 726,75 m/s.
KE= (1/12) x 5,683e10KG x 110 726,75^2 = 5,806×10¹⁹ kg
(6-C - Island)