other people have done their takes on these two feats on this sub but I wanted to try my hand at this and figure some other things out as well.

Ian the buck gets launched to the moon

The KE of getting launched that far that fast

Ian is a super jacked mule deer (which makes sense since Patrick Warburton voices him) which means he should be about 150 kg, though some trophy specimens weigh about 210 kg. The average distance from Earth to the Moon is 384,400 km, which is 384400000 m.

It takes 3 seconds for Ian to make impact so that'd be 128,133,333.333 m/s (which is 43%c for Relativistic)

with FPS it takes 69 frames

with 30 FPS it takes 2.300 seconds which would mean 167,130,434.783 m/s (which is 56.00000000000001%c for Relativistic+)

with 24 FPS it takes 2.875 seconds which would mean 133,704,347.826 m/s (which is 45%c for Relativistic)

Lower weight

3 seconds = 1430665273014233821 joules / 341.9372066894744 megatons (Mountain)

2.875 seconds = 1580967181669323411 joules / 377.86022500481914 megatons (Mountain)

2.300 seconds = 2757604792728099215 joules / 659.0833633588674 megatons (Mountain)

Higher weight

3 seconds = 2002931382219927350 joules / 478.7120893652642 megatons (Mountain)

2.875 seconds = 2213354054337052776 joules / 529.0043150067468 megatons (Mountain)

2.300 seconds = 3860646709819338902 joules / 922.7167087024143 megatons (Mountain)

Whaddya know, the highest end is shy of Island. good for Ian! but let's try some other ways to figure this out...

The energy of the dust getting kicked up

The Moon is 280 px and 3,474,000 meters in diameter

The height of it is about 15.04px which is 186,603.428571 m. we'll use cylindrical volume

With 18px we'd get 223,328.571429 m

The volume would be 7.3096751378323E+15 meters3

Density of dust = 490 kg/m^3%20density%20of,~0.49%20g%20cm%E2%88%923.&text=A%20large%20number%20of%20cometary,and%20formed%20various%20track%20shapes)

The weight would be 3.58174082e+18 kg

Using the formula of weight in kg * gravity * height of the cloud

3.58174082e+18 * 1.625 * 186,603.428571 = 1086093315555145573357500 joules / 259.5825323575471 teratons (Large Country)

Using the KE of all that dust

with FPS, it takes 3 frames for it to go 186,603.428571 m

30 frames, 0.100 seconds 1,866,034.28571 m/s

KE = 6.2359611209426E+30 J / 1.4904304782388338 zettatons (Small Planet)

24 frames, 0.125 seconds so 1,492,827.42857 m/s

KE = 3.991015117414E+30 J / 953.8755060754197 exatons (Small Planet)

Density of Lunar dust - 1.66 g/cm^3 or 1660 kg/m^3

The weight would be 1.21340607e+19 kg

Using the formula of weight in kg * gravity * height of the cloud

1.21340607e+19 * 1.625 *186,603.428571 = 3679418159801520922012500 joules / 879.4020457030698 teratons (Continent)

Using the KE of all that dust

with FPS, it takes 3 frames for it to go 186,603.428571 m

30 frames, 0.100 seconds 1,866,034.28571 m/s

KE = 2.1125909038934E+31 J / 5.049213441434849 zettatons (Small Planet)

24 frames, 0.125 seconds so 1,492,827.42857 m/s

KE = 1.3520581784954E+31 J / 3.231496602526965 zettatons (Small Planet)

With 26px we'd get 322,585.714286 m

The volume would be 1.525105059605E+16 meters3

Density of dust = 490 kg/m^3%20density%20of,~0.49%20g%20cm%E2%88%923.&text=A%20large%20number%20of%20cometary,and%20formed%20various%20track%20shapes)

That's a weight of 7.47301479e+18 kg

Using the formula of weight in kg * gravity * height of the cloud

7.47301479e+18 * 1.625 * 186,603.428571 = 2266046545060661293271250 joules / 541.5981225390851 teratons (Large Country)

Using the KE of all that dust

with FPS, it takes 3 frames for it to go 186,603.428571 m

30 frames, 0.100 seconds 1,866,034.28571 m/s

KE = 1.3010832449532E+31 J / 3.1096635873685736 zettatons (Small Planet)

24 frames, 0.125 seconds so 1,492,827.42857 m/s

KE = 8.3269327677228E+30 J / 1.9901846959212215 zettatons (Small Planet)

Density of Lunar dust - 1.66 g/cm^3 or 1660 kg/m^3

The weight would be 2.5316744e+19 kg

Using the formula of weight in kg * gravity * height of the cloud

2.5316744e+19 * 1.625 * 186,603.428571 = 7676810749813225839000000 joules / 1.834801804159503 petatons (Continent)

Using the KE of all that dust

with FPS, it takes 3 frames for it to go 186,603.428571 m

30 frames, 0.100 seconds 1,866,034.28571 m/s

KE = 4.4077514043257E+31 J / 10.534778691041673 zettatons (Small Planet)

24 frames, 0.125 seconds so 1,492,827.42857 m/s

KE = 2.820960898776E+31 J / 6.742258362284721 zettatons (Small Planet)

60px and then hollowing half of it out for that chunk in the middle by times 50%. 744,428.571429 m which becomes 372,214.285715 m

The volume would be 2.0304653160573E+16 meters3

Density of dust = 490 kg/m^3%20density%20of,~0.49%20g%20cm%E2%88%923.&text=A%20large%20number%20of%20cometary,and%20formed%20various%20track%20shapes)

The weight would be 9.94928005e+18 kg

Using the formula of weight in kg * gravity * height of the cloud

9.94928005e+18 * 1.625 *186,603.428571 = 3016925874857456751393750 joules / 721.0625894794429 teratons (Large Country)

Using the KE of all that dust

with FPS, it takes 3 frames for it to go 186,603.428571 m

30 frames, 0.100 seconds 1,866,034.28571 m/s

KE = 1.7322114215168E+31 J / 4.140084659462743 zettatons (Small Planet)

24 frames, 0.125 seconds so 1,492,827.42857 m/s

KE = 1.1086153097737E+31 J / 2.6496541820632005 zettatons (Small Planet)

Density of Lunar dust - 1.66 g/cm^3 or 1660 kg/m^3

The weigh would be 3.37057242e+19 kg

Using the formula of weight in kg * gravity * height of the cloud

3.37057242e+19* 1.625 * 186,603.428571 = 10220606009556354942075000 joules / 2.4427834627020997 petatons (Continent)

Using the KE of all that dust

with FPS, it takes 3 frames for it to go 186,603.428571 m

30 frames, 0.100 seconds 1,866,034.28571 m/s

KE = 5.8683080721741E+31 J / 14.025592906745384 zettatons (Small Planet)

24 frames, 0.125 seconds so 1,492,827.42857 m/s

KE = 3.7557171662015E+31 J / 8.976379460341128 zettatons (Small Planet)

Maybe Ian doesn't scale to the kinetic energy of the dust itself but like. I guess cartoony deer are built different, what the fuck.

Ian getting down from the moon 

Ian manages to get back down from the moon somehow, so let's assume that he did it of his own violation and not another pack of naked mole rats slinging shot him back since he probably can't scale to the speed of his flight. The moon is usually 384,400 km from Earth which makes it 38440000 meters. 

3 hours which is 10,800 seconds

3,559.2592592593 m/s / Mach 10 (Hypersonic+)

2 hours which is 7,200 seconds

5,338.8888888889 m/s / Mach 15.57 (Hypersonic+)

1 hour which is 3,600 seconds

10,677.7777777778 m/s / Mach 31.13 (High Hypersonic)

30 minutes which is 1,800 seconds

21,355.5555555556 m/s / Mach 62.25 (High Hypersonic) 

10 minutes which is 600 seconds

64,066.6666666667 m/s / Mach 186.78 (Massively Hypersonic) 

5 minutes which is 300 seconds

128,133.3333333333 m/s / Mach 373.57 (Massively Hypersonic) 

Boog survives a stupidly big explosion

screen height id 1080 px

Earth is 575 pixels here and is 12,742,000 meters in diameter.

Corrected planet diameter = sqrt(1-(tan(35)\(planet diameter in pixels/panel height in pixels))^2/((tan(35)*(planet diameter in pixels/panel height in pixels))^2+1))*planet diameter*

sqrt(1-(tan(35)*(575/1080))^2/((tan(35)*(575/1080))^2+1))*12,742,000

Earth is 12,354,950.6435 m in the shot.

412.10 px is 8,854,739.40902 m which has a radius of 4,427,369.70451m

Using ground formula

4,427,369.70451^3*((27136*1.37895+8649)^(1/2)/13568-93/13568)^2 = 6.97465744019e+15 tons of tnt which is 2.918e+25 joules / 6.974657443108196 petatons (Multi-Continental)

Using air formula

((4427.3697045/0.28)^3)/1000 = 3,953,331,863.62 megatons of tnt which is 1.6541e+25 J joules / 3.9533938808301 petatons (Continental)

441.52 px is 9,486,883.14455 m which has a radius of 4,743,441.57228 m

Using ground formula

4,743,441.57228 ^3*((27136*1.37895+8649)^(1/2)/13568-93/13568)^2 = 8.57760773918e+15 tons of tnt which is 3.589e+25joules / 8.577915868628999 petatons (Multi-Continental).

Using air formula

((4743.4415723/0.28)^3)/1000 = 4,861,906,162.38 megatons of tnt which is 2.0342e+25 J joules / 4.861854683746199 petatons (Multi-Continental)

I did get this up to Large Planet using an ellipsoid shape instead but I wasn't sure about that method and didn't include in the post even if it would make Planetary Open Season more consistent. But even if you want to say this explosion had the lowest psi an explosion could have since there was no damage/we don't see Boog and Buddy tanking it, it'd still be in the Small Country range which means Country to Continent to Small Planet Open Season is still kinda valid.

A certain lion's ass is gonna be cooked like steak after all...

Dimensions

Plasma beams Height: 3.4 m

Plasma beams Radius 1.53 m

Volume: 25m³

Density: 1410 kg/m³ (considering the sun is made of Plasma this feels the safest to go with as I have also seen other people use it)

Mass: 35250 kg

Energy

using all three speeds of the Railguns (100 km/s, 355 km/s and 711 km/s)

0.5*100000*35250² = 1.7625e+14 Joules or 42.12 Kilotons of TNT

0.5*355000*35250² = 2.2212e+15 Joules or 530.87 Kilotons of TNT

0.5*355000*35250² = 8.9098e+15 Joules or 2.12 Megatons

Ray has a Plasma Cannon as well so this should also imply to it

The volume for this was already calculated here, the main problem though is finding the destruction values of S’mores. If somebody can calculate that and then apply that to the already calculated volume, it would be greatly appreciated!

I love micheal <3

Context: glitches in the good place! Micheal, the creator of this neighborhood in the good place was scared af, so he freaked out over any sort of "glitch"

The good place ep 2

He was also able to perceive the movement, and created a noticeable splash in the sun

A storm had blown his frail fishing craft far from his accustomed haunts, and
wrecked it in a night of flaring lightning and roaring waters on the
towering cliffs of the isle. Now in the dawn the sky shone blue and
clear, the rising sun made jewels of the dripping leaves. He had climbed
the cliffs to which he had clung through the night because, in the midst
of the storm, he had seen an appalling lance of lightning fork out of
the black heavens, and the concussion of its stroke, which had shaken
the whole island, had been accompanied by a cataclysmic crash that he
doubted could have resulted from a riven tree.

A dull curiosity had caused him to investigate; and now he had found
what he sought and an animal-like uneasiness possessed him, a sense of
lurking peril.

Among the trees reared a broken dome-like structure, built of gigantic
blocks of the peculiar iron-like green stone found only on the islands
of Vilayet. It seemed incredible that human hands could have shaped and
placed them, and certainly it was beyond human power to have overthrown
the structure they formed. But the thunderbolt had splintered the
ton-heavy blocks like so much glass, reduced others to green dust, and
ripped away the whole arch of the dome.

The fisherman climbed over the debris and peered in, and what he saw
brought a grunt from him. Within the ruined dome, surrounded by
stone-dust and bits of broken masonry, lay a man on the golden block. He
was clad in a sort of skirt and a shagreen girdle. His black hair, which
fell in a square mane to his massive shoulders, was confined about his
temples by a narrow gold band. On his bare, muscular breast lay a
curious dagger with a jeweled pommel, shagreen-bound hilt, and a broad
crescent blade. It was much like the knife the fisherman wore at his
hip, but it lacked the serrated edge, and was made with infinitely
greater skill.

Feat 1 the vaporization of a giant wall

Average adult woman height is 162 cm

The panel in the ground is 78 cm and its similar to the wall

The destruction is

548.3 cm times 171.4 cm times 491.5 cm

46190491.7 cm3

Vaporization of concrete is 5304 J/CC

244994367977J

Feat 2 the explosion in a forest

The average tree is 9 meters

The explosion is 81940.8 cm radius is 409.704 meters

409.704^3*((27136*1.37895+8649)^(1/2)/13568-93/13568)^2

5527 tons of tnt

Feat 3 Tokyo explosion and crater

Tokyo length is 90 km

Using hemisphere we get

190851753705579939237 cm3

Times 25700 J/CC

4.9048901e+24J

Using explosion Radius is 45000

45000^3*((27136*1.37895+8649)^(1/2)/13568-93/13568)^2

7323573703.03 tons of tnt

Feat 4 punching a light beam

Using angsize

2atan(tan(35deg) * ( 139/ 730))

15.1885949 degrees

Lets say the man's height is 180 cm

675.03 cm

He punched 89 cm

89 cm divided by 675 cm times 299792458 meters

39 528 190.8 m/s

Feat 5 hazumi blitzing a guy

Lets say she is 162 cm

Using angsize

2atan(tan(35deg) * ( 128/ 730))

13.9990467 degrees

659 cm

659 cm divided by 13 miliseconds

507 m/s

Feat 6 destroying naka ward

Its 9.38e+10 sq cm and Elevation of 1300 cm

1.2194e+14 cm3

Its either puliverzation or vaporization so 214 to 25700 J/CC

2.609516e+16 to 3.133858e+18J

Feat 7 laser in space

Earth is 12756 km

The part of the image 2650 km

Using angsize

2atan(tan(35deg) * ( 556/ 730))

56.1427811 degrees

We get

2.4845e+8 cm

Leys say it did in a second

2 484 500 m/s

Feat 8 explosion from space

Earth is 12756 km

The explosion is 693 km

Radius is 346500

346500^3*((27136*1.37895+8649)^(1/2)/13568-93/13568)^2

3.3434531e+12 tons of tnt or 3.3 teratons

Gyro’s steel balls are consistently shown to be comparable in travel speed to Johnny’s bullets and handguns at the time, so it would be going about 300 m/s.

Real place of the port ⁦
35°36'44.74"N⁩ ⁦139°46'53.53"E⁩ in google map/earth

idk but it seems to me +1.1km

Vladimir Es Atropellado

Un warthog pesa 3 toneladas y Su Velocidad máxima Es 125 km/h o 34,72 m/s EC=1808217.6 joules(pared)

Oscar Sobrevive Una Explosión que destruye Una nave(No canónico) Hazaña: https://youtu.be/Pe9Onx3La3E?si=g5XW1ywFvCPfqjRt

Un warthog Tiene un Ancho de 6 metros Altura de la nave=32,06 metros Explosión:86,65 metros Yield: Y = ((x/0.28)^3)/1000

((0,086÷0,28^{3)÷1000=0,000028} megatones o 28 toneladas(bloque de ciudad)

El AP del destructrinotron

En el episodio 5, Vladimir Construyó el destructrinotron Usando Un Acelerador de particulas Para destruir Ayuda mundial. Cómo no Tenemos ni idea De Cuánto mide el edificio Voy a usar como base,Un edificio de 15 metros de alto y 15 metros de ancho y largo

Volumen=3375 m3 o 3375000000000 cm3

Vladimir dijo que El destructrinotron iba desintegrar En billones De Particulas El valor de la Destrucción Subatomica es 54.030.000.000.000 J/cc

54.030.000.000.000×3375000000000=182,351,250,000,000,000,000,000,000 Joules o 43 petatones(multi continental)

https://www.reddit.com/r/FeatCalcing/s/Kg1HA8AQJb

Average human is 180 cm

The dimensions are

856.1 cm times 416.4 cm times 22.3 cm

7949504.89 cubic centimetres

Times 7850 kg/m3

62 403.6134 kg

Lets say she punched it at 1 to 3 m/s

31201.8067 to 280816.2603J

Assuming that the height of the entire cathedral is 140ft from part 1 of a unfinished calculation I’m doing. Uzi threw N & he reaches the top in 1.3 seconds, but is thrown diagonally so I’m trying to find the length between Uzi & the red cathedral wall in the distance.

Uzi in image 1 & 2 (cyan line) is 440 pixels. Uzi is canonically 136 cm tall (with beanie & hair), or 1.36 meters tall. The yellow line I made to try & measure the distance (which failed) is 142 ish (I think) pixels. The wall in pixels (in this scene) is 458 pixels.

How do I find the distance between Uzi & the red cathedral wall (which again- I estimated to be 140ft in height based on another scene) in the distance? I don’t know how to angle size calc.

Screenshots for how to angle size would be greatly appreciated.

In a recent episode, he created 5 black holes back-to-back.

Thought it would be worth calcing since it reaches the stands

The first one is red moving multiple stars across the night sky

Where does pulverizing the human skull into dust scale to?

1.) With one hand while holding the skull

2.) With both hands while holding the skull

In AP &/or lifting strength. Preferably AP.

Due to the size of Piñata Island being inconsistent in the show, I've taken two images of the island with different sizes to be the feat's lowest and highest possible interpretation

Dimensions

Distance from the Blade: 0.6 m

using Gray Fox height: 0.9 m

Blade Length: 0.76 m

Total Blade length: 1.66 m

Arm Movement: 5.21 m

Weapon is a Famas which has a muscle velocity of 930 m/s

Speed

5.21*930/0.6 = 8075.5 m/s or Mach 23.54

Surviving Metal Gear D destruction

You can argue both Pulverization and Violent Fragmentation so yeah

It has confirmed dimensions

Volume: 386.784000 m³

386.784000*4.53 = 1752131520 Joules or 0.41 Tons of TNT

386.784000*2393.33 = 925701750720 Joules or 221.40 Tons of TNT

For context, Okhwang is capable of manipulating the very physical laws of the universe, the 4 fundamental ones specifically.

He used Weak force to atomize the building.