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Viewing blog entries in category: Triggerverse

Chariots familiar Alcor is summoned from beyond the galaxy and spacetime.
http://littlewitchacademia.wikia.com/wiki/Chariot_cards
Spoiler:
It takes 10 seconds for Alcor to reach Earth. The Solar System resides 8 kiloparsecs (2.46854207e20m) from the centre of the Milky Way. The Milky Way has a diameter of 100,000 lightyears, and thus 50,000 lightyears (4.7302642e20m) in radius.
D = 4.7302642e20m  2.46854207e20m
= 2.26172213e20m/10s
= 2.26172213e19/299792458
= 75442929600 C
Final Results
Alcor flies in from beyond the galaxy = 75442929600 C 
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:
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. 
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 
1:00
19:28
21:17
The Divine Dragon brings a blizzard that covers the land as far as the eye can see (from the top of a mountain), which vanishes when it's defeated. You can get the Yeti's Club from this location, and this is the same Yeti Akko met in Finland...
...so we can scale from there. We'll find the average height of mountains in Finland first.
https://en.wikipedia.org/wiki/List_of_mountains_in_Finland
Ah = 1100m + 1130m + 1144m + 1150m + 1180m + 1239m + 1240m + 1280m + 1317m + 1324m
= 12104m/10
= 1210.4m
That's the height of the mountain, which gives a horizon of 124.3km (124300m) away. Volume as a semisphere.
V = 4/3πr^3
= 4/3 X π X 124300^3
= 8.04455444e15/2
= 4.02227722e15m^3
Weight of air is 1.003kg per m^3.
M = 4.02227722e15 X 1.003
= 4.03434405e15kg
Next for the average temperatures in Finland.
https://www.holidayweather.com/helsinki/averages/
(Low end)
E = 4.03434405e15 X 1005 X 6
= 2.43270946e19 kilojoules
= 2.43270946000000002e+22 joules
Hold onto that for a bit longer. Let's also get the heat fusion of air/oxygen (13800 joules/kg).
E = 4.03434405e15 X 13800
= 5.56739479e19 joules
Let's add them both together for our final results!
E = 2.43270946000000002e+22 + 5.56739479e19
= 2.43827685e22 joules
= 5.82762153442 teratons
(High end)
E = 4.03434405e15 X 1005 X 23
= 9.32538627e19 kilojoules
= 9.32538627000000053e+22 joules
E = 4.03434405e15 X 13800
= 5.56739479e19 joules
E = 9.32538627000000053e+22 + 5.56739479e19
= 9.33095366e22 joules
= 22.3015144837 teratons
Final Results
Divine Dragons power (low end) = 5.828 teratons
Divine Dragons power (high end) = 22.302 teratons 
27:22
The Time Demon breaks the timeloop of the Horologium Chamber (although Molly starts it again afterwards). This is done in a flash of light. This is important because the timeloop encompassed distant stars and constellations.
Spoiler:
The furthest of those stars is R Horologii, which is 1000 lightyears (5.393e+18m) away. It's a white out, so we'll be going with the luminousity of the Sun (lux 100,000).
L = 2.5 log I  14.2
= 2.5 log 32,000  14.2
= 25.4628749
Once again, going to go through this step by step...
(146000000000/(9.461e+18))^2) = 2.38139604e16
25.4628749  26.73 = 2.38139604e16/((L/3.846*10^26)
1.2671251 = 2.5Log(2.38139604e16/((L/3.846*10^26))
1.2671251/2.5 = (2.38139604e16/((L/3.846*10^26))
10^(0.50685004) = (2.38139604e16/((L/3.846*10^26))
0.311279098 = (2.38139604e16/((L/3.846*10^26))
0.311279098 X (3.864*10e26) = 2.38139604e16
1.20278243e27/2.38139604e16 = 5.05074507e42 joules
Now for the timeframe.
Spoiler:
5.38 seconds.
E = 5.05074507e42 X 5.38
= 2.71730085e43 joules
= 6.4945048996175909042 tenakilotons
And that's just the illumination. Fixing the flow of time would be even greater. Finally, let's also find the speed.
T = 5.393e+18m/5.38s
= 1.00241636e18/299792458
= 3343701060 C
Final Results
Time Demon breaks timeloop (energy) = 6.495 tenakilotons
Time Demon breaks timeloop (speed) = 3343701060 C 
3:03
Spoiler:
Spoiler:
Earlier in the video at 1:56.
Spoiler:
1:19
Claudia's causes a 3rd Destroy Finale and covers the world in light, turning everyone into Inferno Cop. The screen whites out and Inferno Cop notes how bright it is, and it covers the planet, so this should be pretty straight forward. The Sun has a lux of 100,000 and the Earth as a diameter of 12756.2km (12756200m).
L = 2.5 log I  14.2
= 2.5 log 32,000  14.2
= 25.4628749
We'll go through this step by step...
146000000000/(384400000))^2) = 130997519
25.4628749  26.73 = 130997519/((L/3.846*10^26)
1.2671251 = 2.5Log(130997519/((L/3.846*10^26))
1.2671251/2.5 = (130997519/((L/3.846*10^26))
10^(0.50685004) = (130997519/((L/3.846*10^26))
0.311279098 = (130997519/((L/3.846*10^26))
0.311279098 X (3.864*10e26) = 130997519
1.20278243e27/130997519 = 9.18171916e18 joules
Next to find the duration.
Spoiler:
5.8 seconds.
E = 9.18171916e18 X 5.8
= 5.32539711e19 joules
= 12.728004565 gigatons
Let's also get the speed.
T = 12756200m/5.8s
= 2199344.83/340.29
= Mach 6463.14858
Final Results
3rd Destroy Finale (energy) = 12.728 gigatons
3rd Destroy Finale (speed) = Mach 6463.149 
Spoiler:
The Volcanic Ray spell melts the ground and causes lava to burst up. Continental crust ranges from 30km to 50km, which averages out at 40km (40,000m). First off, let's find the speed.
Spoiler:
2.29 seconds. We'll split that in half for the time for the heat ray to reach below the crust and for the lava to burst up.
T = 2.29s/2
= 40,000m/1.14500s
= 34934.4978/340.29
= Mach 102.660959
Amanda is 167cm tall, or 1.67m.
139 pixels = 1.67m
1 pixel = 1.67m/139 = 0.0120143885m
0.0120143885m X 6 = 0.072086331m
0.0120143885m X 505 = 6.06726619m
6.06726619m/2 = 3.03363309m
3.03363309m  0.072086331m = 2.96154676m
Volume as a cylinder.
V = πr^2h
= π X 3.03363309^2 X 40,000
= 1156474.26m^3
V = πr^2h
= π X 2.96154676^2 X 40,000
= 1102166.11m^3
V = 1156474.26  1102166.11
= 54308.15m^3
There are various densities of magma, those being basalt, andesite and rhyolite. We'll go with the average rhyolite, as that weighs the least. Rhyolite magma weighs between 2180 and 2250kg per m^3, which averages out at 2215kg per m^3.
M = 54308.15 X 2215
= 120292552kg
At last for our energy.
KE = (0.5) X 120292552 X 34934.4978^2
= 7.34036662e16 joules
Let's also get the energy for the heat ray to melt the rock. Melting rock takes 4350000000 joules per m^3.
E = 54308.15 X 4350000000
= 2.36240452e14
E = 7.34036662e16 + 2.36240452e14
= 7.36399067e16 joules
= 17.6003601099 megatons
Final Results
Volcanic Ray (speed) = Mach 102.661
Volcanic Ray (energy) = 17.600 megatons
Which all in all is consistent with Akko's Shooting Star feat and Vajorios's sneeze. 
Spoiler:
The time loop that Akko and her friends get caught in causes multiple stars to glow brighter than usual. This is going to take a bit...
Spoiler:
Final results
Timeloop causes stars to increase in luminousity (per second) = 23.071 zettatons
The Time Demon broke this time loop, and the party defeated it (although the first time around it resurrected and the second time they needed the Talisman of Time) so this scales to everyone in base. 
3:50
Spoiler:
Spoiler:
Luluco fires Alpha Omega Nova at the Blackhole criminal, banishing both from the Universe and creating a huge loveheart shaped explosion. According to this article here, the area of a love heart is A = (π+4)r^2 (basically, 2 semicircles and a square), then ltimes it by height for the volume. Assuming the planet is Earthsized (12756.2km in diameter)...
122 pixels = 12756.2km
1 pixel = 12756.2km/122 = 104.559016km
104.559016km X 208 = 21748.2753km (21748275.3m)
104.559016km X 68 = 7110.01309km (7110013.09m)
104.559016km X 337 = 35236.3884km (35236388.4m)
104.559016km X 64 = 6691.77702km (6691777.02m)
6691777.02m + 21748275.3m = 28440052.3m
A = (π+4)r^2
= (π + 4) X 28440052.3^2
= 5.77638134e15m^2
V = 5.77638134e15 X 21748275.3
= 1.25626332e23m^3
A = (π+4)r^2
= (π + 4) X 21748275.3^2
= 3.3778839e15m^3
V = 3.3778839e15 X 21748275.3
= 7.3463149e22m^3
V = 1.25626332e23  7.3463149e22
= 5.2163183e22m^3
At the absolute minimum, the debris would weigh as much as dust or air (1.003kg/m^3).
M = 5.2163183e22 X 1.003
= 5.23196725e22kg
Let's get our timeframe.
Spoiler:
4 seconds.
T = 35236.3884km/4s
= 8809097.1/340.29
= Mach 25887.029
KE = (0.5) X 5.23196725e22 X 8809097.1^2
= 2.03000831e36 joules
= 485.183630497 yottatons
Now let's go for a high end for destroying the blackhole. Luluco is 13, and the average height of a Japanese 13 year old girl is 153.6cm (1.536m).
76 pixels = 1.536m
1 pixel = 1.536m/76 = 0.0202105263m
0.0202105263m X 32 = 0.646736842m
0.646736842m/2 = 0.323368421m
Enter that radius through the schwarzschild calculator, and we get a mass of 2.1793916177427146 X 10^26kg (2.17939162e26kg). As it got blown apart, we'll go for KE again.
KE = (0.5) X 2.17939162e26 X 8809097.1^2
= 8.45606038e39 joules
= 2.02104693595 tenatons
Final Results
Luluco's love gun (low end) = 485.183 yottatons
Luluco's love gun (high end) = 2.0210 tenatons
Luluco's love gun explosion = Mach 25887.029 
4:45
Luluco blows up a large meteorite, which she survives the explosion of (and so does her mother). Luluco is in the top part.
A space shuttle is 184 feet (56.0832m) tall.
491 pixels = 56.0832m
1 pixel = 56.0832m/491 = 0.114222403m
0.114222403m X 132 = 15.0773572m
0.114222403m X 87 = 9.93734906m
R = (h/2) + c^2/(8h)
= (63/2) + 1185^2/(8 X 63)
= 2817.66071
For the diameter, times that by 2.
D = 2817.66071 X 2
= 5635.32142
101 pixels = 9.93734906m
1 pixel = 9.93734906m/101 = 0.0983895947m
0.0983895947m X 2817.66071 = 277.228495m
0.0983895947m X 5635.32142 = 554.456991m
Volume as a sphere.
V = 4/3πr^3
= 4/3 X π X 277.228495^3
= 89248764.2m^3
It gets reduced to dust, so I'd say that's pulverization. Pulverization of rock is 200000000 joules/m^3.
E = 89248764.2 X 200000000
= 1.78497528e16 joules
Now for the kinetic energy. Looking at this asteroid chart chart, the smallest asteroid there (Bennu) has a diameter of 250 m and a mass of 0.00014 X 10^15kg (140000000000kg). That's about half the size of this asteroid, so we'll times that by two for our mass (140000000000kg X 2 = 280000000000kg).
158 pixels = 554.456991m
1 pixel = 554.456991m/158 = 3.50922146m
3.50922146m X 1280 = 4491.80347m
Spoiler:
4 seconds.
T = 4491.80347m/4s
= 1122.95087m/s
KE = (0.5) X 280000000000 X 1122.95087^2
= 1.76542612e17 joules
Now, we'll add both results together for our final result.
E = 1.78497528e16 + 1.76542612e17
= 1.94392365e17 joules
= 46.4608902964 megaton
Final Results
Luluco blows up asteroid = 46.461 megatons 
Word of God from Studio Trigger creative producer Hiromi Wakabayashi has confirmed that many of the works created by Trigger share a multiverse, and certain characters can travel between these universes.
https://www.reddit.com/r/anime/comments/8cs6uv/studio_trigger_here_were_back_with_hiromi/

10:20
Jasminka effortlessly lifts and throws a big bag of green gunk bigger than herself. Jasminka is 165cm (1.65m) tall.
587 pixels = 1.65m
1 pixel = 1.65m/587 = 0.0028109029m
0.0028109029m X 712 = 2.00136286m
2.00136286m/2 = 1.00068143m
0.0028109029m X 1124 = 3.15945486m
3.15945486m/2 = 1.57972743m
V = 4/3πabc
= 4/3 X π X 1.00068143 X 1.00068143 X 1.57972743
= 6.6261681m^3
I'm going to go with the mass of water for this, which weighs 1000kg/m^3.
M = 6.6261681 X 1000
= 6626.1681kg
= 6.6261681 tons
Next for the timeframe.
Spoiler:
1 frame.
1s/25 = 40ms
How high does she lift it?
0.0028109029m X 677 = 1.90298126m
T = 1.90298126m/40ms
= 47.5745315m/s
KE = (0.5) X 6626.1681 X 47.5745315^2
= 7498622.56 joules
Let's also get the GPE.
E = 6626.1681 X 9.807 X 1.90298126
= 123661.109 joules
E = 7498622.56 + 123661.109
= 7622283.67 joules
= 0.001821769519598 tons of TNT
Final Results
Jasminka throws garbage = 0.00182 tons of TNT
Garbage bag mass = 6.626 tons 
18:22
Vajoris' breathe sends Akko, Sucy and Lotte fly with such force that it parts the clouds above. Note also the clouds before and after she breathes at them. Before...
Spoiler:
...and after.
Spoiler:
The clouds were parted considerably. The clouds seem to resemble stratocumulus clouds, which float around 2000m off the ground and are between 200m to 500m thick (or an average of 350m).
93 pixels = 1.62m
1 pixel = 1.62m/92 = 0.0176086957m
0.0176086957m X 337 = 5.93413045m
95 pixels = 5.93413045m
1 pixel = 5.93413045m/95 = 0.0624645311m
0.0624645311m X 490 = 30.6076202m
That's how tall Vajoris is, and Akko, Lotte and Sucy are slightly higher than that. Distance to the horizon at 30.6076202m is 19.8km (19800m).
H = 2000m  30.6076202m
= 1969.39238m
While we're at it, we can also get the speed of her roar.
Spoiler:
3 seconds, 3 frames.
1s/25 = 40ms
40ms X 3 = 0.12s + 3s = 3.12m
T = 1969.39238m/3.12s
= 631.215506/340.29
= Mach 1.85493404
= 1.24664474 rad
= 71.42748215436103 degrees
That's 1369.7m across with the angscaler, or a radius of 684.85m.
Volume as a cylinder.
V = πr^2h
= π X 19800^2 X 350
= 4.31070494e11m^3
Density of a cloud is 1.003kg/m^3.
M = 4.31070494e11 X 1.003
= 432363705482kg
Let's get out timeframe.
Spoiler:
3 frames.
1s/25 = 40ms
40ms X 3 = 0.12s
T = 684.85m/0.12s
= 5707.08333 m / s
E = (0.5) X 432363705482 X 5707.08333^2
= 7.04121592e18 joules
= 1.68289099426 gigatons
Now for a low end of just the part of the cloud seen moved onscreen.
V = πr^2h
= π X 684.85^2 X 350
= 515713900m^3
M = 515713900 X 1.003
= 517261042kg
E = (0.5) X 517261042 X 5707.08333^2
= 8.42380301e15 joules
= 2.01333723948 megatons
Final Results
Vajorois' exhales (energy  low end) = 2.013 megatons
Vajorois' exhales (energy  high end) = 1.683 gigatons
Vajorois' exhales (speed) = Mach 1.855
And I thought Akko withstanding the Shooting Stars KE was impressive! 
17:20
The armour attaches itself to Louis at rapid speeds, and Amanda can react to this cursed armour. Amanda is 167cm tall.
682 pixels = 167cm (1.67m)
1 pixel = 1.67m/682 = 0.00244868035m
0.00244868035m X 124 = 0.303636363m
188 pixel = 0.303636363m
1 pixels = 0.303636363m/188 = 0.00161508704m
0.00161508704m X 157 = 0.253568665m
Spoiler:
0.07 seconds.
7 pixels = 0.253568665m
1 pixel = 0.253568665m/7 = 0.036224095m
0.036224095m X 172 = 6.23054434m
T = 6.23054434m/0.07s
= 89.0077763m/s
Final Results
Possessed Armour attaches to Louis = 89.008m/s 
19:43
Akko pushes a huge metal cannon at high speeds. Akko's head is 0.273802817m wide.
84 pixels = 0.273802817m
1 pixel = 0.273802817m/84 = 0.00325955735m
0.00325955735m X 722 = 2.35340041m
337 pixels = 2.35340041m
1 pixel = 2.35340041m/337 = 0.00698338401m
0.00698338401m X 185 = 1.29192604m
0.01 seconds.
0.00698338401m X 73 = 0.509787033m
1.29192604m  0.509787033m = 0.782139007m
T = 0.782139007m/0.01s
= 78.2139007m/s
As a bonus, how much would a cannon weigh?
https://en.wikipedia.org/wiki/Cannon
M = 1500 + 46
= 1546kg
Entering these results through the kinetic energy calculator gets us 4728761.225074412 joules, or 0.0011302010576181673474 tons of TNT.
Final Results
Akko pushes cannon (energy) = 0.00113 tons of TNT.
Akko pushes cannon (speed) = 78.214m/s
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