Introduction[]
My Hero Academia; Chapter 330 and Season 7 Episode 1. Star and Stripe dodges a Radio Wave blast from Tomura Shigaraki.
We can see here that Star jumps away after Tomura fires his Radio Waves.
I'll be calculating Star's speed in this moment.
Calculation[]
Scan 1
Star's Height = 1.93 m (1443 px)
Star's Feet to Shoulder Height = 1.691 m (1233 px)
Scan 2
Star's Feet to Shoulder Height = 1.691 m (114 px)
Screen Height = 522 px
1.93*522/[114*2*tan(70deg/2)] = 6.310 m
Tomura Height = 1.75 m (3 px)
1.75*522/[3*2*tan(70deg/2)] = 217.435 m
Distance Between = 217.435 - 6.310 = 211.125 m
Scan 3
Tomura's Height = 1.75 m (3 px)
Now, she was at least 211.125 meters away.
1.75/3 = 0.583333333 px per meter
Radio Wave's Distance = 211.125/0.583333333 = 361.928 px (I'm rounding up to 362)
Star's Jump Distance = 168 m (288 px)
This is the minimum distance she'd need to jump up to avoid. Since he fired the attack straight towards her.
Radio Waves = Speed of Light = 2.998e+8 m/s
Timeframe = 211.125/2.998e+8 = 7.0421948e-7 seconds
Star's Jump Speed = 168/7.0421948e-7 = 238561989.225 m/s
Edit: Just realized I can get Lifting Strength from this as well, since it's a jump after all.
Star's Weight = 93.1 kg
I'm using the higher end weight since Star is a rather large/muscular woman.
Relativistic Kinetic Energy = 5448955787392129370 Joules
I'll use 1/3rd of Star's height for the distance she moved.
Distance = 1.93/3 = 0.64333 m
Energy/Distance = Force
Star's Lifting Strength = 5448955787392129370/0.64333 = 8.4699233e+18 Newtons
Edit: CloverDragon03's fix. As requested here.
Using the distance Star jumped and the horizontal distance traveled by the radio waves and then doing Pythagorean Theorem we get:
Diagonal Distance = sqrt(211.125^2 + 168^2) = 269.81 meters
Timeframe = 269.81 / 299792458 = 8.99989285e-7 seconds
Speed = 168 / 8.99989285e-7 = 186668889.063 m/s
Relativistic KE = 2325872555286353587 Joules
Force = 2325872555286353587 / 0.64333 = 3.6153647e+18 Newtons (Class P)
I'll be assuming that Tomura aimed his attack at Star, meaning the center of the attack is where she was.
Radio Waves Distance = 653 px
Speed of Light = 2.998e+8 m/s
Timeframe = 653/2.998e+8 = 0.00000217811 seconds
Star's Distance = 317 px
This is the minimum distance Star needs to move to avoid the attack.
Star's Jump Speed = 317/0.00000217811 = 145539022.363 m/sResults[]
Version 2's Speed = 79.57% SoL (Relativistic+)
Version 2's Lifting Strength = 863,691,811,168,928 Metric Tons (Class P)
Edit: Version 2's Speed = 62.27% SoL (Relativistic+)
Edit: Version 2's Lifting Strength = 368,664,600,041,798 Metric Tons (Class P)
Version 1's Speed = 48.54% SoL (Relativistic)