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Viewing blog entries in category: Feats/Respect

  • TTGL
    From My Hero Academia: Two Heroes, about 1 hour, 17 minutes in.

    All Might leaps up the tower on I-Island, ripping the walls of said tower as he goes. Keep in mind, this is a really tall tower. Not sure if Wolfram and his terrorists are Japanese or not, but most characters in MHA are, and he did visit All For One, so we'll be using average height of a Japanese man is 171.2cm, or 1.761m

    26 pixels = 1.761m
    1 pixel = 1.761m/26 = 0.0677307692m
    0.0677307692m X 1433 = 97.0581923m

    We don't get quite a full shot of the helipad, but we do in other shots.

    337 pixels = 97.0581923m
    1 pixel = 97.0581923m/337 = 0.288006505m
    0.288006505m X 672 = 193.540371m
    0.288006505m X 1045 = 300.966798m

    78 pixels = 300.966798m
    1 pixel = 300.966798m/78 = 3.85854869m
    3.85854869m X 771 = 2974.94104m

    All Might in his big form is 220cm (2.20m) tall.

    577 pixels = 2.20m
    1 pixel = 2.20m/577 = 0.00381282496m
    0.00381282496m X 61 = 0.232582323m

    50 pixels = 0.232582323m
    1 pixel = 0.232582323m/50 = 0.00465164646m
    0.00465164646m X 1350 = 6.27972272m

    0.00465164646m X 9 = 0.0418648181m

    Volume as a rectangular prism (it's an arc, so it'd likely be even higher, but for now that will serve).

    V = lhw
    = 6.27972272 X 2974.94104 X 0.0418648181
    = 782.110361m^3

    Violent fragmentation of steel is 568500000 joules/m^3.

    E = 782.110361 X 568500000
    = 4.4462974e11 joules
    = 106.2690583174 tons of TNT

    Final Results
    All Might jumps I-Island tower = 106.269 tons of TNT
  • TTGL
    Jiro's one of my favourite MHA characters, and she has some impressive feats.

    1. Tuning
    First up, scaling. We'll need the dimensions of her head vertically and horizontally. Jiro is 154 cm (1.54m) tall.

    548 pixels = 1.54m
    1 pixel = 1.54m/548 = 0.00281021898m
    0.00281021898m X 83 = 0.233248175m
    0.00281021898m X 89 = 0.250109489m

    2. Jiro rocks

    Jiro shatters a boulder with her earjacks. This should be fairly straight forward...

    73 pixels = 0.250109489m
    1 pixel = 0.250109489m/73 = 0.00342615738m
    0.00342615738m X 126 = 0.43169583m
    0.00342615738m X 254 = 0.870243975m

    Volume as half an ellipsoid.

    V = 4/3πabc
    = 4/3 X π X 0.43169583 X 0.43169583 X 0.870243975
    = 0.67933711359/2
    = 0.339668557m^3

    It';s clearly blown apart pretty violently. Violent fragmentation of rock is 69000000 joules/m^3.

    E = 0.339668557 X 69000000
    = 23437130.4 joules
    = 0.005601608604207 tons of TNT

    Not bad...but she can do way better.

    3. Jiro really rocks

    Jiro's Heartbeat Fuzz shatters the ground considerably. First the distance from Jiro to the other students...

    27 pixels = 0.233248175m
    1 pixel = 0.233248175m/27 = 0.0086388213m
    0.0086388213m X 801 = 6.91969586m

    Enter that through the angscaler, and we have us a distance of 5.24808394m. That's not the total distance though; we also have the distance of the other students attacking Class 1-A. Given the 16 from this point on, we'll be going with the average height of Japanese 16 year olds, the boy for the depth, the girl for the distance. The average height of a 16 year old Japanese boy is 169.4cm (1.694m) and the 16 year old Japanese girl is 157.5cm (1.575m). Scaling the boy's head and torso differently because he's hunched over.

    55 + 11 + 16 = 82
    82 pixels = 1.575m
    1 pixel = 1.575m/82 = 0.0192073171m
    0.0192073171m X 18 = 0.345731708m
    0.0192073171m X 968 = 18.592683m
    100 + 41 = 141
    141 pixels = 1.694m
    1 pixel = 1.694m/141 = 0.0120141844m
    0.0120141844m X 36 = 0.432510638m
    0.0120141844m X 83 = 0.997177305m

    First to scale from the boys head, then to the girls.
    = 2*atan(36/(359/tan(70/2)))
    = 0.0949554958 rad
    = 5.440549150925710009 degrees

    Enter that through the angscaler and have us a distance of 4.6504m
    = 2*atan(18/(359/tan(70/2)))
    = 0.0475045183 rad
    = 2.721808406398736224 degrees

    That's a distance of 7.2765m. Now, adding together to get the distance to Jiro...

    L = 6.91969586m + 4.6504m + 7.2765m
    = 18.8465959m

    Volume as a rectangular prism.

    V = 18.8465959 X 18.592683 X 0.997177305
    = 349.419686m^3

    Once again, given fragments are thrown everywhere and dust is heaved up, it's clearly violent fragmentation.

    E = 349.419686 X 69000000
    = 24109958334 joules
    = 5.7624183398662 tons of TNT

    Final Results
    Jiro shatters boulder = 0.006 tons of TNT
    Heart Fuzz = 5.762 tons of TNT
  • TTGL
    First of all, this feat is canon.

    Now onto the feat.

    0:34
    Spoiler:


    Izuku and Allmight halt and destroy a massive block of metal that Wolfram throws at them. That's the best quality version, but unfortunately bits of it are cropped out, so we'll look at some other videos to get the full image. The average height of a Japanese man is 171.2cm, or 1.761m (I don't even recall if Wolfram is Japanese or not, but it's good to go with for now).

    946 pixels = 1.761m
    1 pixel = 1.761m/946 = 0.0018615222m
    0.0018615222m X 140 = 0.260613108m

    5 pixels = 0.260613108m
    1 pixel = 0.260613108m/5 = 0.0521226216m
    0.0521226216m X 194 = 10.1117886m

    68 pixels = 10.1117886m
    1 pixel = 10.1117886m/68 = 0.148702774m
    0.148702774m X 2214 = 329.227942m

    That's a ridiculously big cube. A big cube it is though, so obviously volume's as a cube.

    V = lhw
    = 329.227942 X 329.227942 X 329.227942
    = 35685358.3m^3

    For it's mass I was suggested to use iron. Cast iron weighs 7300kg/m^3.

    M = 35685358.3 X 7300
    = 260503115590kg

    Now for the timeframe.
    Spoiler:



    Timeframe is 0.54 seconds.

    362 pixels = 329.227942m
    1 pixel = 329.227942m/362 = 0.909469453m
    0.909469453m X 633 = 575.694164m

    T = 575.694164m/0.54s
    = 1066.1003/340.29
    = Mach 3.13291692

    Let's get our mighty energy!

    KE = (0.5)mv^2
    = (0.5) X 260503115590 X 1066.1003^2
    = 1.48039993e17 joules
    = 35.382407504780111651 megatons

    It gets blown apart pretty violently. How much energy would that take? Violent fragmentation of steel is 568500000 joules/m^3.

    E = 35685358.3 X 568500000
    = 2.02871262e16 joules
    = 4.8487395315487571423 megatons

    Final Results
    Wolfram throws giant metal block (speed) = Mach 3.134
    Wolfram throws giant metal block (energy) = 35.382 megatons
    Deku & All Might destroy metal block = 4.849 megatons
  • TTGL

    The tripods emerging from the ground cause earthquakes. Earlier in the movie, we're given the exact magnitude, so this will be easy.
    Enter 6.5 into the earthquake calculator and have you 3.5481338923358E+14 joules, or 84.802435285272466103 kilotons.

    Final Results
    Tripods cause earthquakes = 84.802 kilotons
  • TTGL

    3:56

    The Nazi's open the Ark and soon regret it. We also have some impressive speed and noticeable cloud movement. I'll need to rewatch the movie to see if there's a proper reference frame, but on average low level clouds are below 6500 feet (1.9812km, or 1981.2m), while stratonimbus clouds float at least 2000 feet (609.6m) up, so that will do for now as a low end and high end.

    Spoiler:



    Timeframe is 1.36 seconds.

    (Low end)
    170 pixels = 609.6m
    1 pixel = 609.6m/170 = 3.58588235m
    3.58588235m X 102 = 365.76m

    T = 365.76m/1.36s
    = 268.941176m/s

    (High end)
    170 pixels = 1981.2m
    1 pixel = 1981.2m/170 = 11.6541176m
    11.6541176m X 102 = 1 188.72m

    T = 1188.72m/1.36s
    = 874.058824/340.29
    = Mach 2.56857040759

    Next for the energy to move the clouds.
    Spoiler:



    Timeframe is 3.76 seconds.

    (Low end)
    3.58588235m X 8 = 28.6870588m
    3.58588235m X 124 = 444.649411m
    444.649411m/2 = 222.324705m
    3.58588235m X 77 = 276.112941m
    276.112941m/2 = 138.05647m
    276.112941m - 138.05647m = 84.268235m

    T = 84.268235m/3.76s
    = 22.4117646m/s

    Volume as a cylinder-shaped donut.

    V = πr^2h
    = π X 222.324705^2 X 28.6870588
    = 4454627.00711m^3

    V = πr^2h
    = π X 138.05647^2 X 28.6870588
    = 1717708.34481m^3

    V = 4454627.00711 - 1717708.34481
    = 2736918.6623m^3

    Weight of clouds is 1.003kg per m^3.

    M = 2736918.6623 X 1.003
    = 2745129.41829kg

    Now for the energy.

    E = (0.5) X 2745129.41829 X 22.4117646^2
    = 689421674.262 joules
    = 0.1647757347662524 tons of TNT

    (High end)
    11.6541176m X 8 = 93.2329408m
    11.6541176m X 124 = 1445.11058m
    1445.11058m/2 = 722.55529m
    11.6541176m X 77 = 897.367055m
    897.367055m/2 = 448.683528m
    722.55529m - 448.683528m = 273.871762m

    T = 273.871762m/3.76s
    = 72.8382346m/s

    V = πr^2h
    = π X 722.55529^2 X 93.2329408
    = 152918991.707m^3

    V = πr^2h
    = π X 448.683528^2 X 93.2329408
    = 58965706.7157m^3

    V = 722.55529 - 448.683528
    = 93953284.9913m^3

    M = 93953284.9913 X 1.003
    = 94235144.8463kg

    E = (0.5) X 94235144.8463 X 72.8382346^2
    = 249977965447 joules
    = 59.7461676498566 tons of TNT

    Final Results
    Miracle of the Ark (speed - low end) = 268.941176 m/s
    Miracle of the Ark (speed - high end) = Mach 2.569
    Miracle of the Ark (energy - low end) = 0.165 tons of TNT
    Miracle of the Ark (energy - high end) = 59.746 tons of TNT
  • TTGL

    1:37

    http://adventuretime.wikia.com/wiki/Finn_the_Human_(episode)/Transcript
    The power of the ice crown freezes the Earth for 400 years in an alternate timeline. First off, let's freeze the oceans, which weigh 1,450,000,000,000,000,000 tons (1,450,000,000,000,000,000,000,000g). Specific heat of water is 4.186 joules/g. The average heat of the oceans is 17 C.

    E = 1,450,000,000,000,000,000,000,000 X 4.186 X 17
    = 1.031849e26 joules

    Diameter of the Earth is 12756.2km.

    375 pixels = 12756.2km
    1 pixel = 12756.2km/375 = 34.0165333km
    34.0165333km X 36 = 1224.5952km
    1224.5952km + 6378.1km = 7602.6952km (7602695.2m)

    Volume as a sphere (obviously).

    V = 4/3πr^3
    = 4/3 X π 7602695.2^3
    = 1.84073533e21m^3

    V = 4/3πr^3
    = 4/3 X π X 6378100^3
    = 1.08683241e21m^3

    V = 1.84073533e21 - 1.08683241e21
    = 7.5390292e20m^3

    Weight of ice is 917kg per m^3.

    M = 7.5390292e20 X 917
    = 6.91328978e23kg

    The temperature of the Earths atmosphere varies greatly, but on average it's 14 C. Specific heat of air is 1.005 kilojoules. Freezing temperature of air is -220 C.

    E = 6.91328978e23 X 1.005 X 234
    = 1.62579836e26 kilojoules
    = 1.62579836e29 joules

    Let's also add the heat fusion of air/oxygen (13800 joules/kg).

    E = 7.56164629e20 X 13800
    = 1.04350719e25 joules

    Finally, to add all the values together.

    E = 1.031849e26 + 1.62579836e29 + 1.04350719e25
    = 1.62693456e29 joules
    = 38.884669216061183761 exatons

    Final Results

    Ice crown freezes the Earth = 38.885 exatons
  • TTGL

    3:30

    Allmight punches Izuku into space, clearing all the clouds from over Japan. This feat isn't canon, but I'm gonna calc it anyway. Thankfully, the internet has lots of maps of Japan to scale with.

    443 pixels = 1000km
    1 pixel = 1000km/443 = 2.25733634km
    2.25733634km X 170 = 383.747178km

    170 pixels = 383.747178km
    1 pixel = 383.747178km/170 = 2.25733634km
    2.25733634km X 815 = 1839.72912km
    1839.72912km/2 = 919.86456km (919864.56m)
    2.25733634km X 588 = 1327.31377km
    1327.31377km/2 = 663.656885km (663656.885m)
    = 2*atan(144/(1717/tan(70/2)))
    = 0.0794332449 rad
    = 4.551189685810361318 degrees

    Entering that through the angscaler, and we have a distance of 4828.5km. Now for the timeframe.
    Spoiler:


    5 seconds.

    T = 4828.5km/5s
    = 965700/340.29
    = Mach 2837.87358

    The average weight of a 15 year old Japanese boy is 57.6kg.

    E = (0.5) X 57.6 X 965700^2
    = 2.68582029e13 joules

    Better yet, let's get the KE of the clouds being parted. The clouds are light and fluffy. So I'll be going with cumulus clouds, which are at least 1km thick. Volume as an irregular cylinder.

    A = π X r X r
    = π X 663656.885 X 919864.56
    = 1.91786204e12m^3

    Density of a cloud is 1.003m^3.

    M = 1.91786204e12 X 1.003
    = 1923615626120kg
    Spoiler:


    2 seconds.

    T = 919864.56m/2s
    = 459932.28m/s

    At last for our energy (and also to add the KE of Deku being thrown into space).

    E = (0.5) X 1923615626120 X 459932.28^2
    = 2.03458615e23 + 2.68582029e13
    = 2.03458615e23 joules
    = 48.627776051625232867 teratons

    Final Results
    Allmight's Plus Ultra (speed) = Mach 2837.874
    Allmight's Plus Ultra (energy) = 48.628 teratons
  • TTGL
    She-Ra calcs. Why not? Most of it's on Netflix, so gifs are hard to get I'm afraid (and the Youtube gif editor is being dumb).

    Spoiler:
    1. She-Ra shatters the ground
    (Episode 2)

    2:50
    She-Ra fractures the ground considerably. Mermista and Glimmer both refered to She-Ra as 8 feet (2.4384m) tall...
    Spoiler:


    ...so that's as good as any height to go with.

    39 pixels = 2.4384m
    1 pixel = 2.4384m/39 = 0.0625230769m
    0.0625230769m X 403 = 25.1968m
    0.0625230769m X 48 = 3.00110769m

    Volume as a cylinder.

    V = πr^2h
    = π X 25.1968^2 X 3.00110769
    = 5985.80039m^3

    Fragmentation of rock is 8000000 joules/m^3.

    E = 5985.80039 X 8000000
    = 47886403120 joules
    = 11.445125028681 tons of TNT

    2. Mermista summons a wave
    (Episode 13)
    Mermista summons a huge tsunami, and far away from her runestone too. The wave looks a bit tricky to calc, but we can do so, starting with Bright Moons palace doors.

    15 pixels = 2.4384m
    1 pixel = 2.4384m/15 = 0.16256m
    0.16256m X 132 = 21.45792m

    131 pixels = 21.45792m
    1 pixel = 21.45792m/131 = 0.163800916m
    0.163800916m X 206 = 33.7429887m
    33.7429887m/2 = 16.8714943m
    0.163800916m X 367 = 60.1149362m

    = 2*atan(206/(622/tan(70/2)))
    =0.311306412 rad
    = 17.8365435430050105 degrees

    Enter those values through the angscaler and we have a distance of 107.51m away. I'm not entirely sure how to calc the shape of a wave, so I'll go with half a cylinder.

    V = πr^2h
    = π X 16.8714943^2 X 60.1149362
    = 53757.537/2
    = 26878.7685m^3

    Weight of water is 1000kg/m^3.

    M = 26878.7685 X 1000
    = 26878768.5kg

    Next up for the timeframe.
    Spoiler:


    14 seconds.

    T = 107.51m/14s
    = 7.67928571m/s

    Finally for our energy.

    E = (0.5) X 26878768.5 X 7.67928571^2
    = 792539694 joules
    = 0.189421532983 tons of TNT

    Well that's a good deal less than what I though it would be...

    3. She-Ra shatters boulder.
    (Episode 13)
    She-Ra shatters a floating boulder. We'll need the size of She-Ra's face.

    521 pixels = 2.4384m
    1 pixel = 2.4384m/521 = 0.00468023033m
    0.00468023033m X 96 = 0.449302112m

    59 pixels = 0.449302112m
    1 pixel = 0.449302112m/59 = 0.00761529003m
    0.00761529003m X 575 = 4.37879177m
    0.00761529003m X 846 = 6.44253537m
    6.44253537m/2 = 3.22126768m

    Given we see these floating rocks are cylinder shaped, volume is obviously as a cylinder.

    V = πr^2h
    = π X 4.37879177^2 X 3.22126768
    = 194.037323m^3

    The fragmentiation looks somewhat violent...
    Spoiler:


    ..so violent fragmentation it is. Violent fragmentation of rock is 69000000 joules/m^3.

    E = 194.037323 X 69000000
    = 13388575287
    = 3.199946292304 tons of TNT

    And from the looks of it, the column continues further down below sight.


    Final Results

    She-Ra shatters the ground = 11.445 tons of TNT
    Mermista summons a wave = 0.189 tons of TNT
    She-Ra shatters floating rock = >3.198 tons of TNT

    Not sure about the wave, but the other two are fine, and more impressive anyway.
  • TTGL
    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
  • TTGL
    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
  • TTGL
    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
  • TTGL

    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
  • TTGL

    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
  • TTGL

    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
  • TTGL

    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
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