Tanjiro splits a boulder in half with his sword. This calc is also on VBW, but given my friend wants me to try again with different scaling as the VBW calc has the boulder too small, so I may as well do so. Tanjiro is 165cm tall.

407 + 251 = 658 pixels

658 pixels = 165cm

1 pixel = 165cm/658 = 0.250759878cm

0.250759878cm X 116 = 29.0881458cm

100 pixels = 29.0881458cm

1 pixel = 29.0881458cm/100 = 0.290881458cm

0.290881458cm X 883 = 256.848327cm (2.56848327m)

256.848327cm/2 = 128.424163cm

Next we need the area cut.

A = πr^2

= π X 128.424163^2

= 51813.5514cm^2 (5.18135514m^2)

Next for the MPa. The MPa of medium strength rock is between 40 MPa to 80 MPa, or an average of 60 MPa (or 60000000 N/m^2).

Now the energy to change that from tensile force to sheer force;

https://en.wikipedia.org/wiki/Shear_force

= 186528785 N

To change that from newtons to joules, we times that by our diameter.

E = 186528785 X 2.56848327

= 479096064 joules

= 0.114506707457 tons of TNT

Tanjiro cuts a boulder in half = 0.115 tons of TNT

KE = (0.5)mv^2

= (0.5) X 5.9736e24 X 3122^2

= 2.91119931e31 joules

= 6.9579333413001904773 zettatons

Yggdrasil's core increases the Earth's orbital speed = 6.958 zettaons

T = 1564.64/340.29

= Mach 4.59796056

3. Blade ship flies several thousand miles in seconds

(Low low end)

T = 4828.032km/9s

= 536448/340.29

= Mach 1576.44362

(High low end)

T = 4828.032km/3s

= 1609344/340.29

= Mach 4729.33086

(Low high end)

T = 14484.096km/9s

= 1609344/340.29

= Mach 4729.33086

Which is exactly the same as the one before it.

T = 14484.096km/3s

= 4828032/340.29

= Mach 14187.9926

Andolite fighter accelerates to one-tenth the speed of light = 10% C

Skrit Na in-atmosphere speed = Mach 4.598

The Blade ship traverses thousands of miles in seconds (mid end) = Mach 4729.331

Momoko Togame jumps into space in seconds. The closest distance to space from the surface is 62 miles (or 99.779328km).

Timeframe is 1.23 seconds.

T = 99.779328km/1.23s

= 81121.4049/340.29

= Mach 238.389036

Let's also get kinetic energy. She is 16 years old, and the average mass of a 16 year old Japanese girl is 52.6kg.

KE = (0.5)mv^2

= (0.5) X 52.6 X 81121.4049^2

= 1.73071945e11 joules

= 41.3651876195029 tons of TNT

Momoko Togami jumps into space (speed) = Mach 238.389

Momoko Togami jumps into space (energy) = 41.365 tons of TNT

And that's not even opening the can of worms that is the attacks name;

Palpatine Force Chokes Count Dooku from across the galaxy in moments. Also using the distance for scaling used by @Irradiance (thank you).

The timeframe is 0.45 seconds. Using the above distances...

(Low end)

T = 35089LY/0.45s

= 7.37689958e20/299792458

= 2460668830000 C

(High end)

T = 42107.1428571428571597LY/0.45s

= 8.85235158e20/299792458

= 2952826650000 C

Palpatine Force chokes Count Dooku from across the galaxy (low end) = 2460668830000 C

Palpatine Force chokes Count Dooku from across the galaxy (high end) = 2952826650000 C

Overlord's ships speed = 99% C

Maleficent summons a storm to surround Stefan Castle in a short timespan. Aurora is said to be 158.6cm (or 1.586m) tall.

356 pixels = 1.586m

1 pixel = 1.586m/256 = 0.0061953125m

0.0061953125m X 55 = 0.340742188m

Then from Aurora's face to Flora's hat...

109 pixels = 0.340742188m

That was easy. Next from Flora's hat to the railing.

109 pixels = 0.340742188m

1 pixel = 0.340742188m/109 = 0.00312607512m

0.00330817658m X 347 = 1.14793727m

Then from the railing to the balcony.

94 pixels = 1.14793727m

1 pixel = 1.14793727m/94 = 0.0122120986m

0.0122120986m X 388 = 4.73829426m

Now, we can finally get the size of the cloud summoned, as well as the timeframe.

The timeframe is 2.74 seconds.

19 pixels = 4.73829426m

1 pixel = 4.73829426m/19 = 0.249383908m

0.249383908m X 163 = 40.649577m

40.649577m/2 = 20.3247885m

0.249383908m X 534 = 133.171007m

0.249383908m X 109 = 27.182846m

27.182846m/2 = 13.591423m

0.249383908m X 350 = 87.2843678m

133.171007m + 87.2843678m = 220.455375m

T = 220.455375m/2.74s

= 80.4581661m/s

Volume of the back half as a conical frustum and the front half as a cone.

V = (1/3)π(r^2+rR+R^2)h

= (1/3) X π X (13.591423^2 + 13.591423 X 20.3247885 + 20.3247885^2) X 119.010783

= 108932.998m^3

V = πr^2h/3

= π X 13.591423^2 X 87.2843678/3

= 16884.7621m^3

V = 108932.998 + 16884.7621

= 125817.76m^3

Density of a cloud is 1.003 kg per m^3.

M = 125817.76 X 1.003

= 126195.213kg

Finally, we can get our KE.

KE = (0.5)mv^2

= (0.5) X 126195.213 X 80.4581661^2

= 408463396 joules

= 0.0976250946463 tons of TNT

Malicent summons a storm = 0.098 tons of TNT

Ok, this is a

http://anewhouse.com.au/2012/01/room-height/

= 9.6m

Next we need the centre of gravity for a horse.

https://horseandriderbooks.wordpres...his-center-of-energy-and-control-an-exercise/

26 pixels = 9.6m

1 pixel = 9.6m/26 = 0.369230769m

0.369230769m X 445 = 164.307692m

0.369230769m X 856 = 316.061538m

Now we figure out the mass of the Nightsweeper using square-law. The average length of a horse is 8 feet, or 2.4m. The average mass of a horse is between 300kg to 1000kg, or an average of 650kg. We'll use all three for our low, mid & high ends. We'll find our energy using GPE.

(Low end)

M2 = (H2/H1)^3*M1

= (316.061538/2.4)^3*300

= 685176528kg

E = 164.307692 X 9.807 X 685176528

= 1.10406984e12 joules

= 263.8790248565966 tons of TNT

(Mid end)

M2 = (H2/H1)^3*M1

= (316.061538/2.4)^3*650

= 1.48454914e9kg

E = 164.307692 X 9.807 X 1.48454914e9

= 2.39215132e12 joules

= 571.7378871892926 tons of TNT

(High end)

M2 = (H2/H1)^3*M1

= (316.061538/2.4)^3*1000

= 2.28392176e9kg

E = 164.307692 X 9.807 X 2.28392176e9

= 3.68023281e12 joules

= 879.5967519120459 tons of TNT

Nightsweeper's gravitational pull energy (low end) = 263.879 tons of TNT

Nightsweeper's gravitational pull energy (mid end) = 571.738 tons of TNT

Nightsweeper's gravitational pull energy (high end) = 879.597 tons of TNT

Keep in mind too, this is the energy of the Nightsweeper standing still.]]>

16 pixels = 7.3cm

1 pixel = 7.3cm/16 = 0.45625cm

0.45625cm X 37 = 16.88125cm

16.88125cm/2 = 8.440625cm

0.45625cm X 49 = 22.35625cm

22.35625cm/2 = 11.178125cm

Then the width of the bottom of the crater...

186 pixels = 22.35625cm

1 pixel = 22.35625cm/186 = 0.120194892cm

0.120194892cm X 103 = 12.3800739cm

12.3800739cm/2 = 6.19003695cm (0.0619003695m)

Then the depth...

212 pixels = 7.3cm

1 pixel = 7.3cm/212 = 0.0344339623cm

0.0344339623cm X 111 = 3.82216982cm

Volume of the area broken as a conical frustrum.

V = (1/3)π(r^2+rR+R^2)h

= (1/3) X π X (6.19003695^2 + 6.19003695 X 8.440625 + 8.440625^2) X 3.82216982

= 647.649296cm^3

Violent fragmentation of cement is between 17 joules per cm^3 to 20 joules/cm^3.

E = 647.649296 X 17

= 11010.038 joules

That's a respectable amount of energy, but what we're really after is the speed, which we'll do using drag coefficient. For this, we need the energy of the impact, the distance the ball travelled and the surface area of the ball. The distance from a baseball mound to home base is 60 feet & 6 inches, or 18.4404m.

90 pixels = 18.4404m

1 pixel = 18.4404m/90 = 0.204893333m

0.204893333m X 143 = 29.2997466m

We'll need the surface area of the baseball.

A = 4πr^2

= 4 X π X 0.0365^2

= 0.0167415473m^2

Drag coefficient of a sphere is 0.5. Now to find our speed (using this calculator to find the square root).

DF = ½ρCAv2 X d

11010.038 X 2 = 0.5 X 0.0167415473 X 29.2997466

V^2 = 22020.076/0.245261547

V^2 = 89782.0154

V = 299.6364720790845m/s

Michiru throws baseball (energy) = 11010.038 joules

Michiru throws baseball (speed) = 299.636m/s

To further back this up, Panty and Stocking have been into space before in several occasions, such as when they went to get back Panty's tapes...

...when Stocking ran into space...

...and a couple of times from the manga (which is set in a parallel universe). Now for another note, Panty and Stocking with Garterbelt Daten Citi Paparazi says as follows...

(The relevant part)

Timeframe is 3 seconds.

T = 46,500,000,000 lightyears/3s

= 1.4663819e26/299792458

= 4.89132352e17 C

Then for Stocking flying down.

Timeframe is 14 seconds.

T = 1.4663819e26/14s

= 1.04741564e25/299792458

= 3.4938025e16 C

Stocking throws her sword = 489132352000000000 C

Stocking flies down from Heaven = 34938025000000000 C

Diameter of the Earth is 12756.2km.

246 pixels = 12756.2km

1 pixel = 12756.2km/246 = 51.8544715km

51.8544715km X 433 = 22452.9862km

22452.9862km/2 = 11226.4931km (11226493.1m)

That's one huge robot. Given its colossal size, it'll also be moving pretty fast.

170 pixels = 12756.2km

1 pixel = 12756.2km/170 = 75.0364706km

Timeframe is 11 frames.

T = 1s/24

= 41.6666667ms X 11

= 0.458333334s

75.0364706km X 18 = 1350.65647km

T = 1350.65647km/0.458333334s

= 2946886.84/340.29

= Mach 8659.92783

Given we have its size and speed, we can also get its kinetic energy. Volume of its main body as a sphere (duh).

V = 4/3πr^3

= 4/3 X π X 11226493.1^3

= 5.92680926e21m^3

As per usual with machines, I'll use the mass of the light ship container vessel 2700TEUof 102.56kg/m^3 (which is probably a gargantuan low end, but the best I have for now).

M = 5.92680926e21 X 102.56

= 6.07853558e23kg

Finally, for the kinetic energy.

KE = (0.5)mv^2

= (0.5) X 5.92680926e21 X 2946886.84^2

= 2.57346268e34 joules

= 6.1507234225621409962 yottatons

Giant Trans-Homer size (main body) = 22452.986km

Giant Trans-Homer approaches Earth (speed) = Mach 8659.928

Giant Trans-Homer approaches Earth (energy) = 6.151 yottatons

...during the We Are Angels video clip...

...and in the manga (which is canonically set in a parallel universe), where we see the Moon's scale next to the Earth.

It's pretty clearly moon-sized. So with all that out of the way, let's get to the speed.

Oscar flies towards the Moon. The Moon has a diameter of 3474.8km.

= 0.396345845 rad

= 22.7089441461026311 degrees

Entering all that into the angscaler to find our distance, we can determine that the Moon is 8652km away.

Timeframe is 3 seconds.

= 0.410934522 rad

= 23.5448137668842854 degrees

The Moon is now 8336.5km away.

L = 8652km - 8336.5km

= 315.5km

T = 315.5km/3s

= 105166.667/340.29

= Mach 309.050125

After absorbing more nosebleeds, Oscar flies at tremendous speeds towards the Moon.

= 0.603200459 rad

= 34.5608405011397863 degrees

The Moon is 5584.9km away.

The timeframe is 1 second and 14 frames.

= 1.12414233 rad

= 64.408611081162405 degrees

The Moon is now 2758.5km away.

L = 5584.9km - 2758.5km

= 2826.4km

T = 1s/24

= 41.6666667ms X 14

= 0.583333334s + 1s

= 1.58333333s

T = 2826.4km/1.58333333s

= 1785094.74/340.29

= Mach 5245.80428

Oscar H. Genius flies towards the Moon = Mach 309.050

Boosted Oscar H. Genius flies towards the Moon = Mach 5245.804

432 pixels = 30,000km

1 pixel = 30,000km/432 = 69.4444444km

69.4444444km X 309 = 21458.3333km

21458.3333km/2 = 10729.1666km

Entering that distance into the schwarzsnchild radius calculator, and the mass of the blackhole is 0.7231088206168746 X 10^34kg (or 7.23108821e33kg). The animation is a bit strange, in that the blackhole moves over but then drifts back, so we'll calc the furthest distance it travelled.

940 pixels = 21458.3333km

1 pixel = 21458.3333km/940 = 22.8280141km

22.8280141km X 129 = 2944.81382km

Timeframe is 3 seconds.

22.8280141km X 249 = 5684.17551km

5684.17551km - 2944.81382km = 2739.36169km

T = 2739.36169km/3s

= 913120.563m/s

Finally, we can get that juicy kinetic energy.

KE = (0.5)mv^2

= (0.5) X 7.23108821e33 X 913120.563^2

= 3.01460149e45/10^44

= 30.1460149 FOE

Excelio Variable Gravity Well's kinetic energy = 30.146 FOE

Nono and Buster Machine No. 19 kick the Excelio Variable Gravity Well and kill it into the blackhole.]]>

The diameter of the Moon is 3474.2km.

932 pixels = 3474.2km

1 pixel = 3474.2km/932 = 3.7276824km

3.7276824km X 432 = 1610.3588km

364 pixels = 1610.3588km

1 pixel = 1610.3588km/364 = 4.42406264km

4.42406264km X 878 = 3884.327km

744 + 704 = 1448 pixels

4.42406264km X 1448 = 6406.0427km

Now onto the Ashtanga.

105 pixels = 1610.3588km

1 pixel = 1610.3588km/105 = 15.3367505km

15.3367505km X 1072 = 16440.9965km

300 pixels = 16440.9965km

1 pixel = 16440.9965km/300 = 54.8033217km

54.8033217km X 1388 = 76067.0105km

54.8033217km X 584 = 32005.1399km

Super Galaxy Gurren Lagann main body height = 3884.327km

Super Galaxy Gurren Lagann total height = 6406.043km

Ashtanga total length = 76067.011km

The timeframe is 1 frame.

T = 1s/24

= 41.6666667ms

Diebuster has a height of 10,000km.

586 pixels = 10,000km

1 pixel = 10,000km/586 = 17.0648464km

17.0648464km X 385 = 6569.96586km

17.0648464km X 224 = 3822.52559km

Low end stomp from the knee, high end stomp the whole leg.

(Low end)

T = 3822.52559km/41.6666667ms

= 91740614.1/299792458 X 100

= 30.6013749% C

(High end)

T = 6569.96586km/41.6666667ms

= 157679181/299792458 X 100

= 52.5961133% C

Diebuster stomp (low end) = 30.601% C

Diebuster stomp (high end) = 52.596% C