Introduction[]
As always (never), your favorite copycat (that you don't remember), is here
This time it's time to redo this:
Changes[]
- I will use the official size of Boyfriend, since it has been confirmed and reconfirmed by PhantomArcade: (Who is one of the animators, artists and the one who writes the story) that Boyfriend measures 7 feet = 2.1336 meters
- We also have information on the weight of Girlfriend: 900 lbs = 408.2331kg (I will use 408.23 kg)
- Although it has been said that Girlfriend is 20 years old, time before and after it was said that she is 19, so it is more likely that this is her age, and that 20 was a mistake
Notes[]
- Note 1: I’ll copy the updated version (In addition, the average ideal weight of the other is wrong, even what I see works if you put a man instead of a woman in the calculator)
- Note 2: Due to the controversy of the size and weight, I will make 3 versions, (H,W, and H&W) to be consistent, the versions that use the height will use the updated version of the speed calculation as distance reference.
- Note 3: Take into account that part of the values used in that calculation come from this calculation
Calculation[]
Ideal weight
Ideal weight for a 213.36cm tall 19 year old woman is 81.0 - 118.8 kgs . We'll use an average of 99.9kg
1/2*99.9*60.04^2= 180.06 Kilojoules (Wall level)
Now for Force.
Force = Mass x Acceleration
Mass
Mass= 99.9 Kg
Acceleration
- Low-End: 1803 m/s2
- High-End: 3606 m/s2
- Force Low-End = 99.9*1803= 180,119.7 Newtons = 18,367.10 Kilograms of Force (Class 25)
- Force High-End = 99.9*3606= 360,239.4 Newtons = 36,734.20 Kilograms of Force (Class 50)
Multiply that by two to account for both arms
- Low-End: 18,367.10*2 = 36,734.2 (Class 50)
- High-End: 36,734.20*2 = 73,468.4 (Class 100)
Height Used= 95.508 cm tall
Weight Used= 408.23 kg
1/2*408.23*26.87^2= 147.37 Kilojoules (Wall level)
Now for Force.
Force = Mass x Acceleration
Mass
Mass= 408.23 Kg
Acceleration
- Low-End: 806.9 m/s2
- High-End: 1614.2 m/s2
- Force Low-End = 408.23*806.9 = 329,400.79 Newtons = 33,589.53 Kilograms of Force (Class 50)
- Force High-End = 408.23*1614.2 = 658,964.87 Newtons = 67,195.72 Kilograms of Force (Class 100)
Multiply that by two to account for both arms:
- Low-End: 33,589.53*2 = 67,179.06 (Class 100)
- High-End: 67,195.72 *2 = 134,391.44 (Class K)
Height Used= 213.36 cm tall
Weight Used= 408.23 kg
1/2*408.23*60.04^2= 735.79 Kilojoules (Wall level)
Now for Force.
Force = Mass x Acceleration
Mass
Mass= 408.23 Kg
Acceleration
- Low-End: 1803 m/s2
- High-End: 3606 m/s2
- Force Low-End = 408.23*1803= 736,038.69 Newtons = 75,055.05 Kilograms of Force (Class 100)
- Force High-End = 408.23*3606= 1,472,077.38 Newtons = 150,110.11 Kilograms of Force (Class K)
Multiply that by two to account for both arms
- Low-End: 75,055.05*2 = 150,110.1 (Class K)
- High-End: 150,110.11*2 = 300,220.22 (Class K)
Result[]
Girlfriend's Kinetic Energy:
- 180.06 Kilojoules (Wall level)
Boyfriend's catch:
- Low-End: 36,734.2 Kilograms of Force (Class 50)
- High-End: 73,468.4 Kilograms of Force (Class 100)
Girlfriend's Kinetic Energy:
- 147.37 Kilojoules (Wall level)
Boyfriend's catch:
- Low-End: 33,589.53*2 = 67,179.06 (Class 100)
- High-End: 67,195.72 *2 = 134,391.44 (Class K)
Girlfriend's Kinetic Energy:
- 735.79 Kilojoules (Wall level)
Boyfriend's catch:
- Low-End: 75,055.05*2 = 150,110.1 (Class K)
- High-End: 150,110.11*2 = 300,220.22 (Class K)
Note: In this thread, the use of tweets was accepted, as well as which end of the calculation we would use (Weight version, Low-End LS).