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  1. First off an NSFW warning...

    9:44
    Spoiler:


    Stocking goes up the Moons nose with divine boogers and the Moon "sneezes" her out with a mass off...what is clearly not snot.
    Spoiler:
    First off of note, we see the Moon in scale with the Earth a few times. So it should be comparable to the IRL Moon.

    The initial sneeze may be a bit difficult to calc due to perspective (but I'll still try it) but the dribble that follows can easily be calced. The Moon has a diameter of 3474.8km.

    297 pixels = 3474.8km
    1 pixel = 3474.8km/297 = 11.6996633km (11699.6633m)
    11699.6633m X 34 = 397788.552m
    397788.552m/2 = 198894.276m
    11699.6633m X 52 = 608382.492m
    608382.492m/2 = 304191.246m
    11699.6633m X 464 = 5428643.77m
    5428643.77m - 608382.492m = 4820261.28m

    Volume of the top part as a cone and the bottom part as half an ellipsoid.

    V = πr^2h/3
    = π X 198894.276^2 X 4820261.28/3
    = 1.9968423e17m^3

    V = 4/3πabc
    = 4/3 X π X 198894.276 X 198894.276 X 304191.246
    = 5.04057279e16/2
    = 2.5202864e16m^3

    V = 1.9968423e17 + 2.5202864e16
    = 2.24887094e17m^3

    I can't find what the density of...bodily fluids...are, so I'll just go with water, which weighs 1000kg/m^3.

    M = 2.24887094e17 X 1000
    = 2.24887094e20kg

    Next up for the speed.
    Spoiler:



    18 frames.

    T = 1s/25
    = 40ms X 18
    = 0.72s

    T = 5428643.77m/0.72s
    = 7539783.01m/s

    Let's have our energy!

    E = (0.5) X 2.24887094e20 X 7539783.01^2
    = 6.39222762e33 joules
    = 1.5277790678776288491 yottatons

    Now to attempt the initial sneeze. it's hard due to the perspective, but I'll give it a try.

    11699.6633m X 72 = 842375.758m
    11699.6633m X 574 = 6715606.73m
    11699.6633m X 119 = 1392259.93m
    1392259.93m/2 = 696129.965m

    We'll be using this arc calculator to help us.

    The arc is 6993922.75089m long. Volume as a cone.

    V = πr^2h/3
    = π X 696129.965^2 X 6993922.75089/3
    = 3.549197e18m^3

    M = 3.549197e18 X 1000
    = 3.549197e21kg

    Almost done, we just need our timeframe.
    Spoiler:



    16 frames.

    T = 40ms X 16
    = 0.64s

    T = 6993922.75089m/0.64s
    = 10928004.3m/s

    E = (0.5) X 3.549197e21 X 10928004.3^2
    = 2.11924821e35 joules

    As a final result, we can also add the above dribble to that.

    E = 6.39222762e33 + 2.11924821e35
    = 2.18317049e35 joules
    = 52.179027007648180359 yottatons

    Final Results
    Stocking gets "sneezed" on (low end) = 1.528 yottatons
    Stocking gets "sneezed" on (high end) = 52.179 yottatons


    Not 100% sure about the high end due to the perspective, but the low end is fine. Stocking is hit by both and is at best annoyed.
  2. Watched Panty & Stocking with Garterbelt and what can I say? It's fantastic. It's pretty strong too, so let's get to it.

    5:47

    Stocking runs all around the planet to different countries before finally running into outer space. Even though there's a transition between each place, we can still see how fast Stockings is running in space through the movements of the Earth.


    R = (h/2) + c^2/(8h)
    = (67/2) + 789^2/(8 X 67)
    = 1194.91978

    Radius of the Earth is 6378.1km

    1194.91978 pixels = 6378.1km
    1 pixel = 6378.1km/1194.91978 = 5.33768049km
    5.33768049km X 264 = 1409.14765km

    138 pixels = 1409.14765km
    1 pixel = 1409.14765km/138 = 10.2112149km
    10.2112149km X 28 = 285.914017km

    The timeframe is 17 frames.

    10.2112149km X 137 = 1398.93644km
    1398.93644km - 285.914017km = 1113.02242km

    T = 1s/25
    = 40ms X 17
    = 0.68s

    T = 1113.02242km/0.68s
    = 1636797.68/340.29
    = Mach 4810.00817

    Lastly for KE. Stocking has no official weight, but she takes the form of a girl between 17 and 19 according to the Panty & Stocking wiki, so we'll just go with the higher average of 120 lbs for 17 year old girls (or 54.4311kg).

    E = (0.5) X 54.4311 X 1636797.68^2
    = 7.29133609e13
    = 17.426711496175908 kilotons

    Final Results
    Stocking runs into space (speed) = Mach 4810.008
    Stocking runs into space (energy) = 17.427 kilotons
  3. Because someone has to do it, and everyone just loves RWBY so much. :smugnon

    13:14

    The God of Darkness flies into space and blows a chunk of the Moon away. The chunks in an irregular shape, so we'll have to do some fiddly scaling. The moon has a diameter of 3474.8km.

    656 pixels = 3474.8km
    1 pixel = 3474.8km/656 = 5.29695122km
    5.29695122km X 413 = 2187.64085km (2187640.85m)
    5.29695122km X 352 = 1864.52683km (1864526.83m)
    5.29695122km X 639 = 3384.75183km (3384751.83m)
    5.29695122km X 657 = 3480.09695km (3480096.95m)
    5.29695122km X 246 = 1303.05km (1303050m)
    5.29695122km X 247 = 1308.34695km (1308346.95m)
    5.29695122km X 291 = 1541.41281km (1541412.81m)
    5.29695122km X 314 = 1663.24268km (1663242.68m)
    5.29695122km X 907 = 4804.33476km (4804334.76m)

    We'll be using this arc calculator to help us. First for the bottom part.

    Our length (circumference) is 5735324.28322m and our area is 3279808078708.41992m^2. We'll need to take out the bottom left segment though (we'll fill it in again with the next part).
    L = 1541412.81/3384751.83 X 100
    = 45.5399062%

    C = 5735324.28322 X 45.5399062/100
    = 5735324.28322m - 2611861.3m
    = 3123462.98m

    It's length is 5314883.03907m and it's area is 4492058145567.64355m^3.

    C = 5314883.03907m + 3123462.98m
    = 8438346.02m

    The circumference of the Moon is 10,921km, or 10921000m.

    C = 10921000m - 8438346.02m
    = 2482653.98/10921000 X 100
    = 22.7328448%

    That may not be the best way to scale the destruction, but it's all I have for now. The mass of the Moon is 7.34767309e22kg

    M = 7.34767309e22 X 22.7328448/100
    = 1.67033512e22kg

    That's the hard stuff out of the way, let's get the timeframe.
    Spoiler:


    1 second & 1 frame.

    T = 1s/25
    = 40ms + 1s
    = 1.04s
    = 4804334.76m/1.04s
    = 4619552.65m/s

    Finally for our energy.

    E = (0.5) X 1.67033512e22 X 4619552.65^2
    = 1.78226985e35 joules
    = 42.597271749521986806 yottatons

    On top of that, let's also get the speed that the God of Darkness leaves Remnant.
    Spoiler:


    18 frames.
    T = 1s/25
    = 40ms X 18
    = 0.72s

    Distance to the Moon is 384,400km.

    T = 384,400km/0.72s
    = 533888889/299792458
    = 1.78086164 C

    Final Results
    God of Darkness destroys the Moon = 42.597 yottatons
    God of Darkness leaves Remnant = 1.781 C
  4. Another even more impressive feat than the mountain crushing from the fight between the Ice King and the Flame Princess.

    0:35

    Flame Princess and the Ice King bring storm clouds into their battle that span all the way to the Candy Kingdom. Note when we see Finn looking to the Ice King, we see no clouds following him and the clouds stop moving when they clash. According to the IOS game Jumping Finn (it's the best I have to go with) the Ice Kings Mountain is 9km from the treehouse.
    Spoiler:


    204 pixels = 9km
    1 pixel = 9km/204 = 0.0441176471km
    0.0441176471km X 284 = 12.5294118km (12529.4118m)

    Nimbostratus clouds are dark clouds, and can produce snow which is in line with the Ice Kings powers, so I'll be going with that. Nimbostratus clouds usually have a thickness of at least 2000m up to 4000m. Volume as a cylinder.

    (Low end)

    V = πr^2h
    = π X 12529.4118^2 X 2000
    = 9.86373134e11m^3

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

    M = 9.86373134e11 X 1.003
    = 989332253402kg

    (High end)

    V = πr^2h
    = π X 12529.4118^2 X 4000
    = 1.97274627e12m^3

    M = 1.97274627e12 X 1.003
    = 1978664508810kg

    Now for the timeframe.
    Spoiler:



    1.51 seconds.

    T = 12529.4118m/1.51s
    = 8297.62371m/s

    (Low end)

    E = (0.5) X 989332253402 X 8297.62371^2
    = 3.40580395e19 joules
    = 8.1400668021032505095 gigatons

    (High end)

    E = (0.5) X 1978664508810 X 8297.62371^2
    = 6.8116079e19 joules
    = 16.280133604206501019 gigatons

    Final Results
    Ice King & Flame Princess create a storm (low end) = 8.140 gigatons
    Ice King & Flame Princess create a storm (high end) = 16.280 gigatons
  5. Calc request for @NightmareCinema

    14:40
    Spoiler:



    Arf summons a storm that covers a city in moments. The average floor height is 10 feet, or 3.04800m.

    5 pixels = 3.04800m
    1 pixel = 3.04800m/5 = 0.6096m
    0.6096m X 980 = 597.40800m
    Spoiler:


    2 seconds and 3 frames

    T = 1s/25
    = 40ms X 3 + 2s
    = 2.04s

    T = 597.40800m/2.04s
    = 292.847059m/s

    Now for the volume of the storm cloud (given it's a storm cloud, height as a cumulonimbus, or 12000m). It spans the horizon too, so that's at least 4km (4000m) in radius. Volume as a cylinder.

    V = πr^2h
    = π X 4000^2 X 12000
    = 6.03185789e11m^3

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

    M = 6.03185789e11 X 1.003
    = 604995346367kg

    Finally for the energy.

    E = (0.5) X 604995346367 X 292.847059^2
    = 2.59420189e16 joules
    = 6.2002913240917783 megatons

    Final Results
    Arf summons a storm = 6.20 megatons
  6. https://en.uesp.net/wiki/Online:Meteor


    The spell Meteor calls down a meteorite from the constellations. We have have seen the stars of the constellations to be floating at seemingly unfixed points.


    0:00

    Even if those are holes to Aetherius or something else, we still have a sense of size and scale, which is similar in scope to our universe. Let's get the timeframe...
    Spoiler:


    The timeframe is 1.58 seconds. The distance from Earth to the nearest star is 4.22 lightyears, or 3.99234299e16m.

    T = 3.99234299e16m/1.58s
    = 2.52679936e16/299792458
    = 84284954.2 C

    Final Results
    Meteor = 84284954.2 C


    Also keep in mind that there are other attacks and spells that allow for the interaction with stars and the Sun in The Elder Scrolls, such as Auri-El's Bow, Nova and Spear Shards.
  7. Spoiler:



    Aghora goes to the edge of the Universe, to where the gateway between universes allows the pachydermic jellyfish to invade. The impressive thing about this?
    Basically, at the edge of the universe there's a zone that so dense that even the smallest atom. The pachydermic jellyfish can survive here (and Aghora destroys at least one, blasting her way through it) and Aghora herself may have survived here too, so we'll just use the number of atoms in the human body. There are 7 X 10^27 atoms in the human body, and the gravitational binding energy (AKA the absolute minimum amount of energy required to destroy a celestial body) of the Earth is around 2 X 10^32 Joules joules.

    E = (7 X 10^27) X (2 X 10^32)
    = 1.4e60/10^44
    = 14 PETAFOE

    Final Results
    Pachydermic jellyfish durability = 14 PETAFOE

  8. 0:00
    Spoiler:


    A Titan grabs the Earth and drags it into Final Space. The Earth is 12756.2km in diameter and weighs 5.97200e24kg.

    126 pixels = 12756.2km
    1 pixel = 12756.2km/126 = 101.239683km
    101.239683km X 330 = 33409.0954km

    Next for the timeframe.
    Spoiler:



    0.64 seconds.

    T = 33409.0954km/0.64s
    = 52201711.6/299792458 X 100
    = 17.4126167% C

    Enter that through the relativistic kinetic energy calculator and we have us a result of 8.326E+39 joules, or 1.9899617590822179336 tenatons.

    Final Results
    Titan drags the Earth into Final Space (speed) = 17.413% C
    Titan drags the Earth into Final Space (energy) = 1.99 tenatons

  9. 15:47


    Aluche and Lilliana's Double Chase brings down sunlight upon their enemies to smite the wicked. This distance from the Sun to the Earth is 149,000,000km.

    Spoiler:


    1.28 seconds.

    T = 149,000,000km/1.28s
    = 116406250000/299792458
    = 388.289455 C

    Final Results
    Aluche & Lilliana's Double Chase = 388.289 C

  10. 1:05


    0:00

    Mooncake outruns a supernova and saves Greg. In order to go supernova, a star needs to have at least 8 solar masses. Red Giants at their highest weigh 8 solar masses, and have a diameter of 100,000,000 to 1,000,000,000 km, which will serve as hour high and low ends.

    = 2*atan(294/(638/tan(70/2)))
    = 0.429934597 rad
    = 24.633437874819009 degrees

    Put that through the angscaler, and that puts the star at 229000000km away at a low end, and 133270000000km at a high end. Now for the timeframe.
    Spoiler:


    55 seconds.

    (Low end)
    T = 229000000km/55s
    = 4.16363636e9/299792458
    = 13.888396 C

    (High end)
    T = 133270000000km/55s
    = 2.42309091e12/299792458
    = 8082.56127 C

    And that's just the expansion of the star. Mooncake gets back to the ship even quicker.

    Final Results
    Mooncake saves Greg from a supernova (low end) = >13.888 C
    Mooncake saves Greg from a supernova (high end) = >8082.561 C

  11. 0:09

    Moonface cuts the Infinity Guards laser in half, which leads to a moon getting cut in half. Earlier in the episode, we see the moon compared with the planet.

    0:16

    And given they walk around on the planet with no problem, it should be safe to assume the planet's Earth-sized and the moon Moon-sized. The Moon is 3474.8km away and weighs 7.34767309e22kg.

    = 2*atan(230/(419/tan(70/2)))
    = 0.508903266 rad
    = 29.1580093222958148 degrees

    Enter those values through the angscaler and we get a distance of 6680km away. Next for the timeframe of the falling debris.
    Spoiler:


    18 seconds.

    T = 6680km/18s
    = 371111.111m/s

    At least a third of the moon gets blown away.

    M = 7.34767309e22kg/3
    = 2.44922436e22kg

    E = (0.5) X 2.44922436e22 X 371111.111^2
    = 1.68657823e33 joules
    = 403.10187141491400098 zettatons

    Final Results
    Infinity Guards laser destroys moon = 403.102 zettatons

  12. 0:49

    A TIE Fighter blows up a huge asteroid. The Millennium Falcon is 34.75m long.

    83 pixels = 34.75m
    1 pixel = 34.75m/83 = 0.418674699m
    0.418674699m X 238 = 99.6445784m
    99.6445784m/2 = 49.8222892m
    0.418674699m X 170 = 71.1746988m
    71.1746988m/2 = 35.5873494m

    Volume as an ellipsoid.

    V = 4/3πabc
    = 4/3 X π X 49.8222892 X 35.5873494 X 35.5873494
    = 264303.9m^3

    Violent fragmentation of rock is 69000000 joules.m^3.

    E = 264303.9 X 69000000
    = 1.82369691e13 joules
    = 4.3587402246653919 kilotons

    Final Results

    TIE Fighter destroys asteroid = 4.359 kilotons

  13. 1:46

    Rock Wizard summons a meteor show from space. Finn dodges them, Abracadaniel survives getting hit by one and Jake oneshots Rock Wizard. This scales to lots of people, so let's get to scaling.
    Spoiler:
    Standard cloud heigh for low flying cumulus is 600 m.

    = 2*atan(382/(423/tan(70/2)))
    = 0.808630923 rad
    = 46.331139071783177 degrees

    Enter that through the angscaler and we get us a cloud that's 513.47m across.

    382 pixels = 513.47m
    1 pixel = 513.47m/382 = 1.3441623m
    1.3441623m X 207 = 278.241596m
    278.241596m/2 = 139.120798m
    1.3441623m X 381 = 512.125836m
    1.3441623m X 164 = 220.442617m
    220.442617m/2 = 110.221309m
    1.3441623m X 213 = 286.30657m
    286.30657m/2 = 143.153285m
    1.3441623m X 427 = 573.957302m
    1.3441623m X 188 = 252.702512m
    252.702512m/2 = 126.351256m
    1.3441623m X 387 = 520.19081m

    The full clouds aren't shown, so we'll go with half an ellipsoid for each.

    V = 4/3πabc
    = 4/3 X π X 513.47 X 139.120798 X 139.120798
    = 41628216.5/2
    = 20814108.2m^3

    V = 4/3πabc
    = 4/3 X π X 512.125836 X 110.221309 X 110.221309
    = 26061320.9/2
    = 13030660.4m^2

    V = 4/3πabc
    = 4/3 X π X 573.957302 X 143.153285 X 143.153285
    = 49268669.2/2
    = 24634334.6m^3

    V = 4/3πabc
    = 4/3 X π X 520.19081 X 126.351256 X 126.351256
    = 34786474.1/2
    = 17393237.1m^3

    V = 20814108.2 + 13030660.4 + 24634334.6 + 17393237.1
    = 75872340.3m^3

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

    M = 75872340.3 X 1.003
    = 76099957.3kg

    Now for the timeframe with which the clouds moved.
    Spoiler:


    0.7 seconds.

    T = 573.957302m/0.7s
    = 819.939003m/s

    Finally, for our kinetic energy.

    KE = (0.5) X 76099957.3 X 819.939003^2
    = 2.55809995e13 joules
    = 6.1140056166347995 kilotons

    Next, the speed that the asteroids arrived on Earth. Going from when the Rock Wizard starts talking to when they're here.
    Spoiler:


    4 seconds. For a low end, we'll go to the very edge of the Thermosphere, which is at it's furthest 375 miles (603.50400km) away.

    T = 603.50400km/4s
    = 150876/340.29
    = Mach 443.374769

    Let's get a high end for our energy with the KE of the meteorites. Finn is 13 as of this episode taking place. The average height of a 13 year old boy is 156.2cm (1.562m).

    280 pixels = 1.562m
    1 pixel = 1.562m/280 = 0.00557857143m
    0.00557857143m X 59 = 0.329135714m

    37 pixels = 0.329135714m
    1 pixel = 0.329135714m/37 = 0.00889555984m
    0.00889555984m X 121 = 1.07636274m
    1.07636274m/2 = 0.53818137m

    Volume of the meteor as a a sphere.

    V = 4/3πr^3
    = 4/3 X π X 0.53818137^3
    = 0.652941976m^3

    Looking at this link here, an asteroid 0.4m across would weigh 100kg on average. How much would it weigh at 1.07636274m then?

    M2 = (H2/H1)^3*M1
    = (1.07636274/0.4)^3 X 100
    = 1948.48018kg

    There's 11 of them, all of which seem to be the same size, so times that by 11.

    M = 1948.48018kg X 11
    = 21433.282kg

    KE = (0.5) X 21433.282 X 150876^2
    = 2.43948979e14 joules

    Adding that to the cloud moving, then we can get our final results.

    E = 2.55809995e13 + 2.43948979e14
    = 2.69529978e14 joules
    = 64.4192108030592717 kilotons

    Last but not least, a super high end for the speed. The Asteroid Belt is 179,500,000km from the Earth.

    T = 179,500,000km/4s
    = 44875000000/299792458
    = 149.686888 C


    Final Results
    Rock Wizard summons meteor storm (energy - low end) = 6.114 kilotons
    Rock Wizard summons meteor storm (energy - high end) = 64.419 kilotons
    Rock Wizard summons meteor storm (speed - low end) = Mach 443.375
    Rock Wizard summons meteor storm (speed - high end) = 149.687 C
  14. Calc request for @NightmareCinema & @Unlosing Ranger .

    3:41

    Ocelot reacts to and blocks Volgin's electricity. Ocelot is 182cm tall.

    334 pixels = 182cm
    1 pixel = 182cm/334 = 0.54491018cm
    0.54491018cm X 57 = 31.0598803cm (0.310598803m)
    0.54491018cm X 102 = 55.5808384cm (0.555808384m)

    = 2*atan(19/(423/tan(70/2)))
    = 0.042558491 rad
    = 2.43842191675154707 degrees

    Enter those values through the angscaler, and Ocelot is 7.2971m away. We'll go with a low end of the speed of lightning (97536m/s) and a high end ofThe speed of electricity is between 50% to 99% of light.

    (Low end)
    T = 7.2971m/97536m
    = 7.48144275e-5m/s

    Now, how fast can Ocelot move his arm?

    T = 7.2971 X 1s
    = 0.555808384m/7.48144275e-5m X 1s
    = 7429.16042/340.29
    = Mach 21.8318505

    (Mid end)

    T = 299792458 X 50/100
    = 149896229m/s

    T = 7.2971m/149896229m X 1s
    = 48.6810112 nanoseconds

    T = 0.555808384m/48.6810112ns
    = 11417354.9/340.29
    = Mach 33551.8378

    (High End)
    T = 299792458 X 99/100
    = 296794533m/s

    T = 7.2971m/296794533m X 1s
    = 24.5863693 nanoseconds

    T = 0.555808384m/24.5863693ns
    = 22606362.8/340.29
    = Mach 66432.6392

    Final Results
    Ocelot reacts to Volgin's lightning (low end) = Mach 21.832
    Ocelot reacts to Volgin's lightning (mid end) = Mach 33551.838
    Ocelot reacts to Volgin's lightning (high end) Mach 66432.639
  15. Calc request from @John Wayne . Obviously, this is the movie version.

    1:03

    Voldemort lights up the clouds with the Elder Wand. Not entirely sure how to go around this, but I'll do my best. First off, the speed. Voldemort is played by Ralph Fiennes, who is 1.8m tall.

    41 pixels = 1.8m
    1 pixel = 1.8m/41 = 0.043902439m
    0.043902439m X 291 = 12.7756097m

    71 pixels = 12.7756097m
    1 pixel = 12.7756097m/71 = 0.179938165m
    0.179938165m X 272 = 48.9431809m
    0.179938165m X 1280 = 230.320851m

    Spoiler:


    2.96 seconds.

    T = 48.9431809m/2.96s
    = 16.5348584m/s

    Well, that's...quite pitiful. However, earlier we see these clouds above the hills in the distance...

    ..So a high end is likely justified. Going with cumulus clouds, which at their lowest are 550m off the ground, and at their highest are 2000m.

    (Mid end)
    T = 550m/2.96s
    = 185.810811m/s

    (High end)
    T = 2000m/2.96s
    = 675.675676/340.29
    = Mach 1.986

    Next for the energy. Volume as a cylinder. For the height, we'll go with a low thickness of cumulus clouds of 100m and a high end of 2000m (from here).

    (Low end)
    R = 230.320851m/2
    = 115.160426m

    V = πr^2h
    = π X 115.160426^2 X 100
    = 4166356.21m^3

    Weight of air per m^3 is 1.003kg.

    M = 4166356.21 X 1.003
    = 4178855.28kg

    Now, how much energy does a storm cloud produce? This source here says it ranges from 1000 joules per m^3, to 5000 joules per m^3 in particularly rough storms.

    E = 4178855.28 X 1000
    = 4178855280 joules
    = 0.9987703824092 tons of TNT

    (High end)
    V = πr^2h
    = π X 115.160426^2 X 2000
    = 83327124.2m^3

    M = 83327124.2 X 1.003
    = 83577105.6kg

    E = 83577105.6 X 1000
    = 83577105600 joules
    = 19.975407648184 tons of TNT

    Final Results
    Elder Wand charges clouds (speed - low end) = 16.535m/s
    Elder Wand charges clouds (speed - mid end) = 185.810811m/s
    Elder Wand charges clouds (speed - high end) = Mach 1.986
    Elder Wand charges clouds (energy - low end) = 0.999 tons of TNT
    Elder Wand charges clouds (energy - high end) = 19.975 tons of TNT
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