S01E13 Tantrum - Static supports a train[]
By Ultra9000
Class K
Static lifts up parts of a train track. Using Static to measure the piece lengths and thickness. As well as the size of the train.
Static=34px=172.72cm
1px=5.08cm
Car height=59px=299.72cm
Plank length=64px=325.12cm
Plank height=17px=86.36cm
Using the train to get the train part width dimensions.
Car height=186.12px=299.72cm*
1px=1.61cm
Plank base 1=199.04px=320.4544cm
Plank base 2=142.92px= 230.1012 cm
Getting the volume of a trapezoidal prism
https://www.easycalculation.com/area/volume-of-trapezoidal-prism.php
7729074.7715 cc for the volume of a single plank.
We see he lifts at least 9 at once so 9x=69561672.9435cc
https://www.aqua-calc.com/calculate/volume-to-weight
549.54 metric tons
S02E05 Frozen Out[]
Static melts a frozen substation[]
Permafrost's storm[]
By Ultra 9000
Static fights Permafrost. Richi Mentions she made a snow storm appear and that it snowed in the turnpike for miles. I’m going to do a radius of 2.5 miles(a total of 5) for the low end and 5 miles(a total of 10) for the high end.
Storm volumes and weights
https://www.omnicalculator.com/math/cylinder-volume
Low end
2.5 miles radius. 3000m for nimbostratus clouds
Volume=152,562,892,881 m3
Weight=153020581560 kg
Mid end
2.5 miles radius 8000m for cumulonimbus clouds
Volume=406,834,381,016 m3
Weight=408054884159 kg
High end
Using 8000m for height(these are the heights for storm clouds)
Assuming a 5 miles Radius=8.04672km wide
Volume=1,627,337,524,063 m3
Weight=1.6322195e+12 kg
Solving for cape(storm intensity)
Solving for the energy of the storm. X4 for strong instability
Low end
152,562,892,881 x 1.003 x 4=612082326239 KJ=146.29 kilotons of tnt
Mid end
406,834,381,016 x 1.003 x 4=1.6322195e+12KJ=390.10 kilotons of tnt
High end
1,627,337,524,063 x 1.003 x4=6.5288781e+12 KJ=1.56 megatons of tnt
Kinetic energy
Assuming Permafrost altered the weather itself or spread the material out to fill its volume, we can calc for Ke. Richie implies the snowstorm just” came out of nowhere”, so it didn’t seem to take very long to form, so lets say 1 minute for a low end here..
2.5 miles per minute=4023.36 meters per minute
5 miles per minute=8046.72 meters per minute
https://www.omnicalculator.com/physics/kinetic-energy
Low end
344029068469705 joules=82.22 kilotons of tnt
Mid end
917410849250298 joules=219.26 kilotons of tnt
High end
3669643397001194 joules=877.06 kilotons of tnt
-She also seems to blanket the sky in clouds within about 20 seconds at the end of the ep. Assuming it’s as large as the high end here, KE probably taps out at around 35 Megatons.
Freezing
Let’s try something unorthodox. Permafrost essentially needs to lower the temperature in the air low enough to create the snow in the blizzard she creates. Even assuming she blankets an area in about 6 inches of snow(A fairly small amount for a “snowstorm”)
https://www.omnicalculator.com/math/cylinder-volume
That’s a volume of 3,875,097,479,176 cc for the low end with 2.5 miles radius
A volume of 15,500,389,916,703 cc for a high end of 5 miles radius
Getting weight of fresh snow https://www.aqua-calc.com/calculate/volume-to-weight
Low end=7,750,194,958,351 kg
High end=2 480 062 386.67 kg
Let’s just lowball and calc the energy of taking gas to liquid water and liquid water to ice(I’m assuming it’s the moisture in the air that’s freezing, similar to real life snowfall)..
enthalpy of vaporisation=2264705.7J/kg
Heat of fusion for water is 334000 J/kg
Low end=(620015596.67 x 334000)+ (620015596.67 x 2264705.7) =1.6112381e+15 joules=385.09 kilotons of tnt
High end=(2480062386.67 kg x 334000) + (2480062386.67 x 2264705.7)=6.4449523e+15 joules=1.54 megatons of tnt
S02E07 Pop's Girlfriend[]
Static launches a bomb and 3 lockers into space[]
Low 7-C Small Town |
By Ultra9000
Static throws some lockers out of orbit. Ang scaling using the earth for reference.
Earth=8177px=7,917.5 mi
1px=0.96826464473 mi
Screen height=536px
Screen length=722px=699.087073495mi
Locker ball=5px=172.72cm(This is static’s height. I can’t see the ball being much larger)
2atan(tan(70/2))(object size/panel width) = degrees
2atan(tan(70/2))(699/722)
67.77
2atan(tan(70/2))(object size/panel width) = degrees
2atan(tan(70/2))(5/722)
.48
Plug those numbers into this calculator for the distance
Earth distance=520.41 mi
Ball distance= 2.0617e+4cm=0.128 miles
Total distance=520.282 miles
Timeframe is 18:04:22-18:05:00= .88 seconds
520.282 mi in .88 seconds=591.229 miles per second=951490.8438 meters per second
Solving for KE
From what I can tell a single locker should weigh around 20-30 pounds. I’m gonna go with 30.
Static threw 3 so x 3= 90 pounds
https://www.omnicalculator.com/physics/kinetic-energy
18479383618236 joules=4.416 kilotons of tnt
3 Lockers at about 30 lb each = 90 lb = 40.8233 kg
Distance Traveled = 520.41 miles = 837518.711 meters
See the above doc for now, will transfer calcs soon.
Time = 26 Frames * 30 fps = 0.866666666667 Seconds
KE = .5 * 40.8233 * (837518.711/0.866666666667)^2 = 1.9061758504*10^13 J
Static fires electricity at the bomb that he sent into space[]
Massively Hypersonic+
Distance Traveled = 520.41 miles = 837518.711 meters
Time = 30 Frames * 30 fps = 1.00 Seconds
Speed = 837518.711 m/s = Mach = 2441.74551312