Measurements[]
Lois stands 5'8" according to her driver's licence
Louis: 173 cm - 384 px
Brian's nose: 40 px - 18 cm
Peter - 393 - 177 cm
Peter's eye - 25 px - 11.26 cm
Peter's eye - 11.26 cm - 82 px
Clevland eye - 70 px - 9.61 cm
Okay, now the calcs
Peter catches a bus[]
Here's the feat: https://www.youtube.com/watch?v=-FACE22O2NQ
Low End:
Rob Gronk - 198 cm - 29 px
Peter's eye - 11.26 cm - 28 px
Height of the screen - 630 px
Distance from Rob: 1.98*630/[29*2tan(70/2 deg)] = 30.71 m
Distance from Peter: 0.1126*630/[28*2tan(70/2 deg)] = 1.81 m
Distance between Rob and Peter: 30.71 - 1.81 = 28.9 m
Bus trajectory is half circumference so:
(28.9*pi)/2 = 45.40 m
In took 20 frames until the bus hit Peter
Timeframe: 25 fps/20 = 0.8 s
Velocity: 45.40/0.8 = 56.75 m/s
This bus looks like Type D and their wegths varies from 25000 to 36000 lbs. Average is 30500 lbs or 13835 kg
KE = 0.5*13835*56.75**2 = 22278241 J or 5.32 kg (Small Building level)
High End:
After some frames the "camera" moved a bit further away from them and Rob becomes much smaller than he should with real world's perspective. I'm gonna take measurements from there:
Distance from Rob: 1.98*630/[10*2tan(70/2 deg)] = 89.07 m
Distance from Peter: 1.77*630/[144*2tan(70/2 deg)] = 5.53 m
Distance between them: 89.70 - 5.53 = 84.17 m
0.5*(84.17*pi) = 132.21 m
Velocity: 132.21/0.8 = 165.26 m/s
KE = 0.5*13835*165.26**2 = 188922927 J or 45.15 kg (Small building level)
Peter destroys Cleveland's house[]
Here's the feat: https://www.youtube.com/watch?v=OTWZltMeorY (2:33)
Cleveland's eye - 9.61 cm - 13 px
Wall - 15 px - 11 cm
Note: ignore the blue line
Window - 65 px - 150 cm (standant height)
Destroyed area of the front wall - 16794 px
Destroyed area of the roof (functional) - 16447 px
I'm going to assume 45 degrees roof:
Destroyed area of the roof (true) 16447/sin45 deg = 23260 px
Since there is a same sized hole in the other side of the room im going to double that value:
23260*2 = 46520 px
Total destroyed area is: 46520+16794 = 63314 px
And that is (150/65*sqrt63314)**2 = 337175.15 cm^2
Volume: 337175.15*11 = 3708926.65 cm^3
The house appears to be made out of stone and wood in this scence so I'm going to use half wood half stone fagmentation of 8.17 j/cc (arithmetic mean between wood and stone frag)
Fragmentation: 3708926.65*8.17 = 30301930 J or 7.24 kg (Small Building level)
Peter destroys Cleveland's house again[]
Window - 150 cm or 56 px
Diameter of the explosion: 539 px - 14.44 m
Yield = ((0.0722/0.28)^3)*1000 = 17.15 kg
Peter's durability 17.15/2 = 8.58 kg (Small Building level)
Peter gets kicked out of Korea[]
The feat happened in episode 7 season 17 but I couldn't find it on YouTube. Peter meets his family near hotel in Pyeongchang but then appears the train conductor with a huge kicking foot and litteraly kicks him out of the country.
Some sources say that Peter weights 270 lbs or 122 kg (Surprisingly light but whatever)
Distance between Pyeongchang and DMZ is about 86400 m
High End:
Peter was kicked almost verticaly up so I'm going to assume 80 degrees launch angle
Launch velocity: sqrt(86400*9.81/sin(2*80deg)) = 1574 m/s
KE = 0.5*122*1574**2 = 151126036 or 36.11 kg (Small Building level)
Low End:
As a low end I'm going to assume 45 degrees launch angle since this will requare the least amount of force
sqrt(86400*9.81) = 920 m/s
KE = 0.5*122*920**2 = 51630400 or 11.34 kg (Small Building level)
Brian's speed[]
The feat: https://www.youtube.com/watch?v=XDn-g19708o (4:26)
Brian's nose - 64 px - 18 cm
Distance - 236 px - 0.66375 m
Bullet's trajectory (functional) - 400 px - 1.125 m
Heigh of the screen - 429 px
Distance from Brian - 0.18*429/[64*2tan(70/2 deg)] = 0.862 m
Bullet's trajectory (true (hypotenuse)): sqrt(1.273**2+0.862**2) = 1.53739 m
The speed of the bullet should be around 425 m/s
Timeframe: 1.53739/425 = 0.003617 s
Speed: 0.66375/0.003617 = 183.51 m/s or Mach 0.54 (Subsonic+)