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1. ### War of the Worlds (2005) - Invaders ride the lightning

Having rewatched the 2005 War of the Worlds, I noticed several feats that put the tripods at much stronger than originally thought.

2:50

3:08

The capsulet he aliens ride down on the storm buries into the ground and into the tripod at incredibly fast speeds, riding the lightning down. We can scale off the nearby sign. This website here says that Do Not Enter signs (which appears to be the one seen) are 750 X 750 mm in size (0.75m).
Spoiler:

49 pixels = 0.75m
1 pixel = 0.75m/49 = 0.0153061224m
0.0153061224m X 194 = 2.96938775m
0.0153061224m X 33 = 0.505102039m
0.0153061224m X 67 = 1.0255102m

Volume as two rectangular pyramids.
V = lwh/3
= 0.505102039 X 0.505102039 X 2.96938775/3
= 0.252524722m^3

V = lwh/3
= 0.505102039 X 0.505102039 X 1.0255102/3
= 0.087212146m^3

V = 0.252524722 + 0.087212146
= 0.339736868m^3

Assuming a thickness of 1cm (0.01m).

W = 0.505102039m - 0.01m
= 0.495102039m

H = 2.96938775m - 0.01m
= 2.95938775m

H = 1.0255102m - 0.01m
= 1.0155102m

V = lwh/3
= 0.495102039 X 0.495102039 X 2.95938775/3
= 0.241807656m^3

V = lwh/3
= 0.495102039 X 0.495102039 X 1.0155102/3
= 0.0829759943m^3

V = 0.241807656 + 0.0829759943
= 0.32478365

V = 0.339736868 - 0.32478365
= 0.014953218m^3

Going with a mid end of titanium, which weighs 4500 kg/m.

M = 0.014953218 X 4500
= 67.289481kg

Air to ground lightning travels at 320,000 ft per second, which translates to 97536m/s.

KE = (0.5) X 67.289481 X 97536^2
= 3.20071544e11 joules
= 76.4989349904398 tons of TNT

Final Results
Capsule rides the lightning = 76.499 tons of TNT

This would scale to the tripods themselves, as they withstand the capsules ramming into them at these speeds (through ground too).
2. ### Scarlet Traces: The Great Game calcs

There are various great feats from Scarlet Traces: The Great Game, a sequel to War of the Worlds. Several of which are calcable.
Spoiler:
1. Lunar Accelerator

The speed is 23473 miles a second, or 37776131.7m/s.

T = 37776131.7/299792458 X 100
= 12.6007612% C

This Accelerator later gets commandeered by the Martians, who use it to lob locomotive-sized chunks of moon at England.
Spoiler:

He compares it to a Flying Scottsman, so we'll go with it's dimensions.
Volume as a cylinder, with a radius of 1.98m.

V = πr^2h
= π X 1.98^2 X 21.34
= 262.829839m^3

The Moon has an average mass of 3344kg/m^3.

M = 262.829839 X 3344
= 878902.982kg

Enter both those values through the relativistic kinetic energy calculator and we get 6.347E+20 joules, or 151.696940727 gigatons.

2. Original War on Mars

Spoiler:

The original war on Mars that killed the real Martians was so devastating that it ripped chunks of rocks from the planet to crash into Earth, wiping out the dinosaurs. Escape velocity of Mars is 5.03km/s (5030m/s). The meteorite that wiped out the dinosaurs was 15km across (15,000m, or a radius of 7500m). Volume of the meteorite as a sphere. Also, look at the surface of Mars in that last frame, it'll be important later...

V = 4/3πr^3
= 4/3 X π X 7500^3
= 1.76714587e12m^3

Average mass of Mars is 3933kg/m^3.

M = 1.76714587e12 X 3933
= 6.95018471e15kg

KE = (0.5) X 6.95018471e15 X 5030^2
= 8.79229642e22 joules
= 21.014092782 teratons

3. Space Elevator Height
Not an energy or speed calc, but for the range of the Martians Heat Rays.

The British Empires space elevator over Mars extends far into orbit, and the Martians Heat Rays hit it.

R = (h/2) + c^2/(8h)
= (9/2) + 176^2/(8 X 9)
= 434.722222

Mars has a radius of 3389.5km.

434.722222 pixels = 3389.5km
1 pixel = 3389.5km/434.722222 = 7.79693291km
7.79693291km X 528 = 4116.78058km

4. Anti-Gravity gel rips apart Mars' surface
Spoiler:

The British Empire spraying an anti-gravity gel over the entire surface, killing all of the Martians and any remaining soldiers on the planet.

R = (h/2) + c^2/(8h)
= (4/2) + 334^2/(8 X 4)
= 3488.125

3488.125 pixels = 3389.5km
1 pixel = 3389.5km/3488.125 = 0.971725497km
0.971725497km X 4 = 3.88690199km

Now to find the area ripped apart (3389.5km is equal to 3389500m).

V = 4/3πr^3
= 4/3 X π X 3389500^3
= 1.6311561e20m^3

R = 3389.5km - 3.88690199km
= 3385.6131km (3385613.1m)

V = 4/3πr^3
= 4/3 X π X 3385613.1^3
= 1.62555096e20m^3

V = 1.6311561e20 - 1.62555096e20
= 5.60514e17m^3

Fragmentation of rock is 8000000 joules per m^3.

E = 5.60514e17 X 8000000
= 4.484112e24 joules
= 1.072 petatons

Final Results
Lunar Accelerator = 12.601% C
Lunar Accelerator bombards England = 151.697 gigatons.
Original Martian War devastates Mars = 21.0141 teratons
Heat Ray range = 4116.781km
Anti-Gravity gel destroys Mars' surface = 1.072 petatons
3. ### Disgaea calcs (part 1)

Misc Disgaea calcs for @Unlosing Ranger .
Spoiler:
1. Galaxy Comet

4:36

The Galaxy Comet attack involves sucking up three galaxies to turn into an arrow to fire back at the target. Looking at Endless Mikes Thanos blackhole calc for help. The nearest major galaxy to the Milky Way is the Andromeda galaxy (2,537,000 lightyears away, or 2.4001873e+22m, which has a diameter of 220,000 light years (2.081361e+21m).

= 2*atan(353/(324/tan(70/2)))
= 54.6077430899244831degrees

Through the angscaler, the galaxy is 2.0159e+21m away (there are further ones, but this should serve for now). Now to find the size of the schwarzchild radius (solving for mass).

Multiply the distance from the speed of light squared, then divide it by two, then divide it the gravitational constant (6.674 X 10^−11), then find the mass energy.

M = 2.0159e+21 X 299792458^2
= 1.81180056e38/2
= 9.0590028e37/(6.674 X 10^−11)
= 1.35735733e48kg

E = 1.35735733e48 X 299792458^2
= 1.21993193e65/10^44
= 1.21093193 ZETTAFOE

Now for the speed with which the Archer flies out and the arrow flies back. The Milky Way has a diameter of 100,000 lightyears (9.46073e+20m).

= 2*atan(410/(337/tan(70/2)))
= 59.922695892911804 degrees

Through the angscaler, the Milky Way is 8.2060e+20m away.

Spoiler:

1.62 seconds.

T = 8.2060e+20m/1.62s
= 5.0654321e20/299792458
= 1689646280000 C

Let's also get the speed of the Archer.
Spoiler:

2.3 seconds.

T = 8.2060e+20m/2.3s
= 3.56782609e20/299792458
= 1190098680000 C

2. Omega Star

1:11

The Omega Star involves zooming out to the Earth, then a universe-sized Earth, which gets punched apart by a giant robot. First, the speed of the robots punches. Diameter of the observable universe is 92,000,000,000 lightyears (8.70387203477e+26m).

127 pixels = 8.70387203477e+26m
8.70387203477e+26m/2 = 4.35193602e26m
1 pixel = 8.70387203477e+26m/127 = 6.85344255e24m
6.85344255e24m X 144 = 9.86895727e26m

0.07 seconds.

T = 9.86895727e26m/0.07s
= 1.40985104e28/299792458
= 47027568700000000000 C

Now for the energy. The giant planet at the end appears to be disintergrated. Vaporization of rock is 27050000000 joules/m^3. First the volume of the giant planet (obviously as a sphere).

V = 4/3πr^3
= 4/3 X π X 4.35193602e26^3
= 3.4525193e80m^3

E = 3.4525193e80 X 27050000000
= 9.33906471e90/10^44
= 93.3906471 TENAPETTAFOE

Final Results
Galaxy Comet (energy) = >1.211 ZETTAFOE
Galaxy Comet (speed) = 1689646280000 C
Archer flies outside the galaxy = 1190098680000 C
Omega Star (speed) = >47027568700000000000 C
Omega Star (energy) = 93.391 TENAPETTAFOE
4. ### Space Patrol Luluco - Trigger the Love Gun

3:50
Spoiler:

Spoiler:

Luluco fires Alpha Omega Nova at the Blackhole criminal, banishing both from the Universe and creating a huge love-heart shaped explosion. According to this article here, the area of a love heart is A = (π+4)r^2 (basically, 2 semi-circles and a square), then ltimes it by height for the volume. Assuming the planet is Earth-sized (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
5. ### Space Patrol Luluco - Luluco destroys a meteor

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
6. ### Avengers - The Teserracts durability

A feat pointed out in the MCU feat thread all the way back from Avengers 1. They calced it, though they used some assumptions, so I'll try scaling.
It takes heating the Tesseract to 120,000,000 kelvin just to break through the coulomb barrier. We'll scale off Red Skull (played by Hugo Weaving), who held the Tesseract. A quick search reveals that Hugo Weaving is 1.88m tall.

550 pixels = 1.88m
1 pixel = 1.88m/550 = 0.00341818182m
0.00341818182m X 78 = 0.266618182m

154 pixels = 0.266618182m
1 pixel = 0.266618182m/154 = 0.0017312869m
0.0017312869m X 74 = 0.128115231m

Next for the surface area of a cube.

A = 6a^2
= 6 X 0.128115231^2
= 0.0984810745m^2

Entering that value through this calculator here (with an exposure of 1) we get a result of 1.1578727189917E+24 watts/joules per second, or 276.738221556 teratons.

Final Results
The Tesseracts durability = 276.738 teratons
7. ### Cutie Honey Universe - Cutie Honey slices the Moon

Calc request for @NightmareCinema .

20:18
Spoiler:

Cutie Honey cuts the Moon in half with a single slice. The Moon is 3474.8km in diameter and weighs 7.34767309e22kg.

347 pixels = 3474.8km
1 pixel = 3474.8km/347 = 10.0138329km
10.0138329km X 36 = 360.497984km

Next the timeframe.
Spoiler:

0.32 seconds.

T = 360.497984km/0.32s
= 1126556.2m/s

KE = (0.5) X 7.34767309e22 X 1126556.2^2
= 4.66257203e34 joules
= 11.1438146033 yottatons

Let's also get the speed with which Cutie's strike crosses space and reaches the Moon. The Moon is 384,400 km from the Earth.
Spoiler:

0.2 seconds.

T = 384,400km/0.2s
= 1922000000/299792458
= 6.41110191 C

Final Results
Cutie Honey cuts the Moon in half (energy) = 11.144 yottatons
Cutie Honey cuts the Moon in half (speed) = 6.411 C
8. ### Metal Gear Rising - Excelsus creates a giant hole

Calc request for @NightmareCinema .

Metal Gear Excelsus creats a huge hole in the ground. Assuming that Raiden has the average height of 1.77m.

10 pixels = 1.77m
1 pixel = 1.77m/10 = 0.177m
0.177m X 85 = 15.04500m

Now for the width of the hole.

154 pixels = 15.04500m
1 pixel = 15.04500m/154 = 0.0976948052m
0.0976948052m X 461 = 45.0373052m
45.0373052m/2 = 22.5186526m

Next for the depth.

= 2*atan(185/(336/tan(70/2)))
= 29.2428813313056359 degrees

Put that through the angscaler and we get 86.318m. Volume as a cylinder.

V = πr^2h
= π X 22.5186526^2 X 86.318
= 137510.558m^3

Fragmention of rock is 8000000 joules.

E = 137510.558 X 8000000
= 1100084464000 joules
= 262.9264971319312 tons of TNT

Final Results
Excelsus creates a giant hole = 262.926 tons of TNT

It didn't end up being a boost, sorry. Still impressive though.
9. ### The Trigger multiverse

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.
So far, confirmed universes are Gurren Lagann, Kill La Kill, Little Witch Academia, Inferno Cop & Space Patrol Luluco.
10. ### Avengers - Thanos raises a moon

SPOILERS FOR INFINITY WAR! Though it is seen in the trailers and promotional materials.

Lot's of work and some spoilers, so let's get to work.
Spoiler:
After a bit of research, the closest moon to Titan is Dione.
https://apod.nasa.gov/apod/ap100420.html
https://www.nasa.gov/mission_pages/cassini/multimedia/pia14910.html
Spoiler:

Dione has an average density of 1480kg/m^3 and a total mass of 10^20kg (1.0e20kg) and has a diameter of 1123km.

= 2*atan(401/(1080/tan(70/2)))
= 19.955394639887441 degrees

Enter that through the angscaler and we get 3191.7km away. Let's get the timeframe for the initial fall.
Spoiler:

3.06 seconds.

T = 3191.7km/3.06s
= 1043039.22/340.29
= Mach 3065.14802

Spiderman reacts to the meteorites and saves Mantis and Drax from them, so it scales to their reactions (and it's consistent with Yondu exscaping Ego and Thor's hammer reaching the Moon). Now, onto the energy to rip apart the moons surface and drag it down.

R = (h/2) + c^2/(8h)
= (13/2) + 295^2/(8 X 13)
= 843.278846

843.278846 X 2 = 1686.55769 pixels
1686.55769 pixels = 1123km
1 pixel = 1123km/1686.55769 = 0.665853298km
0.665853298km X 4 = 2.66341319km
1123km/2 = 561.5km (561500m)
561.5km - 2.66341319km = 558.836587km (558836.587m)

V = 4/3πr^3
= 4/3 X π X 558836.587^3
= 7.31043305e17m^3

V = 7.41545649e17 - 7.31043305e17
= 1.0502344e16m^3

It seems to be mainly the front side, so we'll half that area.

V = 1.0502344e16/2
= 5.251172e15m^3

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

E = 1.3826457e16 X 69000000
= 9.54025533e23 joules

We'll add that on to the KE at the end.

M = 5.251172e15 X 1480
= 7.77173456e18kg

KE = (0.5) X 7.77173456e18 X 964259.819^2
= 3.61306773e30 joules

A friend point out in the fight, that not only was a continent ripped apart, but the entire moon itself.

2:48

So the entire moon was fragmented and thrown it seems. We'll go with a high end of that in anycase.

V = 4/3πr^3
= 4/3 X π X 561500^3
= 7.41545649e17m^3

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

E = 7.41545649e17 X 69000000
= 5.11666498e25 joules

Let's also get the KE.

KE = (0.5) X 1.0e20 X 964259.819^2
= 4.64898499e31 joules
= 11.1113407983 zettatons

Final Results
Meteorites fall to Titan = 3065.148
Meteroite hits Iron Man = 2.126 gigatons
Thanos rips moons surface off (low end) = 863.544 exatons
Thanos rips moons surface off (high end) = 11.111 zettatons

I may have another look when a better quality version is released, but damn if that's not impressive.
11. ### Voltron: Legacy Defenders calcs, part 3

More Voltron calcs (and again, sorry for a lack of gifs)!

Spoiler:
1. Bakku Gardens Monster shatters a giant boulder
(Season 2, episode 2)

The Yellow Lion pushes a colossal boulder onto the monster of the Bakku Gardens, which it shatters in three headbutts. The Blue Lion is 49.1217672m long (sans its tail).

39 pixels = 49.1217672m
1 pixel = 49.1217672m/39 = 1.25953249m
1.25953249m X 310 = 390.455072m
390.455072m/2 = 195.227536m
1.25953249m X 231 = 290.952005m
290.952005m/2 = 145.476002m

V = 4/3πabc
= 4/3 X π X 195.227536 X 145.476002 X 145.476002
= 17306625.5m^3

Fragmentation of rock is 8000000 joules per m^3.

E = 17306625.5 X 8000000
= 1.38453004e14 joules
= 33.0910621415 kilotons

2. Robobeast destroys Balmera's Moons
A robobeasts beam destroys the two Moons of the Balmera. I'm assume Lunas diameter and mass, that being 3476.2km and 1.0e24kg.

62 pixels = 3476.2km
1 pixel = 3476.2km/62 = 56.0677419km

206 pixels = 3476.2km
1 pixel = 3476.2km/206 = 16.8747573km

Timeframe is 1 second.

56.0677419km X 182 = 10204.329km
16.8747573km X 447 = 7543.01651km

T = 10204.329km/1s
= 10204329m/s

T = 7543.01651km/1s
= 7543016.51m/s

KE = (0.5) X 1.0e24 X 10204329^2
= 5.20641652e37 joules

KE = (0.5) X 1.0e24 X 7543016.51^2
= 2.8448549e37 joules

Let's add those up for our total energy.

E = 5.20641652e37 + 2.8448549e37
= 8.05127142e37 joules
= 19.2430005258 ninatons

For a low end, we'll go with Saturns moon Mimas, which has a mass of 6.3 × 10^−6 Earths and has a diameter of 396km. The Earth weighs 5.97219e24kg.

M = 5.97219e24kg X 6.3e-6
= 3.7624797e19kg

(Low end)
62 pixels = 396km
1 pixel = 396km/62 = 6.38709677km
6.38709677km X 182 = 1162.45161km

T = 1162.45161km/1s
= 1162451.61m/s

KE = (0.5) X 3.7624797e19 X 1162451.61^2
= 2.54210764e31 joules

(High end)
206 pixels = 396km
1 pixel = 396km/206 = 1.9223301km
1.9223301km X 447 = 859.281555km

T = 859.281555km/1s
= 859281.555m/s

KE = (0.5) X 3.7624797e19 X 859281.555^2
= 1.38904127e31 joules

E = 2.54210764e31 + 1.38904127e31
= 3.93114891e31 joules
= 9.39567139101 zettatons

Final Results
Bakku Garden monster shatters a giant boulder = 33.091 kilotons
Robobeast destroys moons (low end) = 9.396 zettatons
Robobeast destroys moons (high end) = 19.243 ninatons
12. ### Voltron: Legacy Defender calcs, part 2

More Voltron calcs, let's go for the big stuff. From episode 11 of season 1.
Spoiler:
1. Zarkons laser blast

Zarkons laser beam attack causes a huge explosion in the first layer of his fortress. We can scale from the nearby planets.
Spoiler:

Zarkons base is surrounded by multiple large gas giants that are incorperated into the base. They're said to be large gas giants, so we'll be scaling off Jupiter, which has a diameter of 139,822km, as well as a low end of Neptune, which has a diameter of 49,244km.

(Low end)
64 pixels = 49,244km
1 pixel = 49,244km/64 = 769.4375km
769.4375km X 42 = 32316.375km
769.4375km X 2 = 1538.875km

(High end)
64 pixels = 139,822km
1 pixel = 139,822km/64 = 2184.71875km
2184.71875km X 42 = 91758.1875km
2184.71875km X 2 = 4369.4375km

Now to scale to the explosion.

(Low end)
18 pixels = 1538.875km
1 pixel = 1538.875km/18 = 85.4930556km
85.4930556km X 250 = 21373.2639km
21373.2639km/2 = 10686.632km (10686632m)
85.4930556km X 217 = 18551.9931km
18551.9931km/2 = 9275.99655km (9275996.55m)

Volume as an ellispoid.

V = 4/3πabc
= 4/3 X π X 10686632 X 9275996.55 X 9275996.55
= 3.85168374e21m^3

A dust cloud weighs 1.003kg/m^3.

M = 3.85168374e21 X 1.003
= 3.86323879e21kg

(High end)
18 pixels = 4369.4375km
1 pixel = 4369.4375km/18 = 242.746528km
242.746528km X 250 = 60686.632km
60686.632km/2 = 30343.316km (30343316m)
242.746528km X 217 = 52675.9966km
52675.9966km/2 = 26337.9983km (26337998.3m)

V = 4/3πabc
= 4/3 X π X 30343316 X 26337998.3 X 26337998.3
= 8.81692568e22m^3

M = 8.81692568e22 X 1.003
= 8.84337646e22kg

This later forms into a dust cloud...

...so we can get KE from that. Let's get the initial starting timeframe.

1 second.

(Low end)
T = 10686632m/1s
= 10686632m/s

KE = (0.5) X 3.86323879e21 X 10686632^2
= 2.20598861e35 joules
= 52.7243931644 yottatons

(High end)
T = 30343316m/1s
= 30343316m/s

KE = (0.5) X 8.84337646e22 X 30343316^2
= 4.07112275e37 joules
= 9.73021689771 ninatons

2. Fortress shields
Next let's get the speed of the laser.
Spoiler:

1 second.

(Low end)
T = 32316.375km/1s
= 32316375/299792458 X 100
= 10.7795824% C

(High end)
T = 91758.1875km/1s
= 91758187.5/299792458 X 100
= 30.6072368% C

Also because we can, let's scale the speed in which the shields cover the base.

(Low end)
769.4375km X 312 = 240064.5km
240064.5km/2 = 120032.25km

(High end)
2184.71875km X 312 = 681632.25km
681632.25km/2 = 340816.125km

Timeframe is 3 seconds.

(Low end)
769.4375km X 152 = 116954.5km
116954.5km/2 = 58477.25km

120032.25km - 58477.25km = 61555km

T = 61555km/3s
= 20518333.3/340.29
= Mach 60296.6097

(High end)
2184.71875km X 152 = 332077.25km
332077.25km/2 = 166038.625km

340816.125km - 166038.625km = 174777.5km

T = 174777.5km/3s
= 58259166.7/299792458 X 100
= 19.4331662% C

3. Red Lion destroys chunk of Zarkon's fortress
The Red Lion destroys a large chunk of Zarkons fortress. I'm not sure how to calc most of it, but at the end there are two explosions that leave dust clouds, so thankfully we can scale off them.

(Low end)
43 pixels = 769.4375km
1 pixel = 769.4375km/43 = 17.8938953km
17.8938953km X 122 = 2183.05523km
2183.05523km/2 = 1091.52761km (1091527.61m)
17.8938953km X 159 = 2845.12935km
2845.12935km/2 = 1422.56468km (1422564.68m)
17.8938953km X 108 = 1932.54069km
1932.54069km/2 = 966.270345km (966270.345m)
17.8938953km X 152 = 2719.87209km
2719.87209km/2 = 1359.93604km (1359936.04m)

Volume of both of them as ellipsoids.

V = 4/3πabc
= 4/3 X π X 1091527.61 X 1091527.61 X 1422564.68
= 7.0995379e18m^3

V = 4/3πabc
= 4/3 X π X 966270.345 X 966270.345 X 1359936.04
= 5.31868653e18m^3

V = 7.0995379e18 + 5.31868653e18
= 1.24182244e19m^3

M = 1.24182244e19 X 1.003
= 1.24554791e19kg

(High end)
43 pixels = 2184.71875km
1 pixel = 2184.71875km/43 = 50.8074128km
50.8074128km X 122 = 6198.50436km
6198.50436km/2 = 3099.25218km (3099252.18m)
50.8074128km X 159 = 8078.37864km
8078.37864km/2 = 4039.18932km (4039189.32m)
50.8074128km X 108 = 5487.20058km
5487.20058km/2 = 2743.60029km (2743600.29m)
50.8074128km X 152 = 7722.72675km
7722.72675km/2 = 3861.36337km (3861363.37m)

V = 4/3πabc
= 4/3 X π X 3099252.18 X 3099252.18 X 4039189.32
= 1.62516196e20m^3

V = 4/3πabc
= 4/3 X π X 2743600.29 X 2743600.29 X 3861363.37
= 1.21750558e20m^3

V = 1.21750558e20 + 1.62516196e20
= 2.84266754e20m^3

M = 2.84266754e20 X 1.003
= 2.85119554e20kg

Time for the timeframe.
Spoiler:

2 seconds.
(Low end)
T = 1422564.68m/2s
= 711282.34m/s

KE = (0.5) X 1.24554791e19 X 711282.34^2
= 3.15075398e30 joules
= 753.048274379 exatons

(High end)
T = 4039189.32m/2s
= 2019594.66m/s

KE = (0.5) X 2.85119554e20 X 2019594.66^2
= 5.81467485e32 joules
= 138.974064293 zettatons

And this is before Keith truly bonds with the Red Lion, and doesn't include the rest of it being destroyed.

Final Results
Zarkons laser (energy - low end)= 52.724 yottatons
Zarkons laser (energy - high end) = 9.730 ninatons
Zarkons laser (speed - low end) = >10.78% C
Zarkons laser (speed - high end) = >30.607% C
Zarkon's fortress shields lower (low end) = Mach 60296.61
Zarkon's fortress shields lower (high end) = 19.433% C
Red Lion destroys part of Zarkons base (low end) = >753.048 exatons
Red Lion destroys part of Zarkons base (high end) = >138.974 zettatons
13. ### Nation - Imo & Locaha

I'm not sure if Nation is part of the Discworld multiverse, but it bears some simularities, so it may be worth bringing up anyway. Imo (a Creator) creates the world, and Locaha (Death) and all the gods.
After that, Imo continued to create worlds.
More on Imo making worlds.
Mau and Daphne in the Currents of Locaha.
On alternate universes.
The other gods are the planets and moons of the Solar System.
Edit: Death is confirmed to be the same being as Locaha.
14. ### Little Witch Academia - Taking out the trash

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
15. ### Little Witch Academia - Vajoris the Mournful

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).
Akko is 162cm tall (1.62m).

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

= 2*atan(1094/(721/tan(70/2)))
= 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!