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## Hare Coursing Breaks Rock

Image of scene (here)

I already got the volume of this thing so I'm just gonna apply fragmenting of rock to it-

• 0.8228584909 * 8 * 10^6 = 6,582,867.927

Wall level.

## 20% Dohwa Breaks Wall

Image (here)

• Hyeseong: 176.57 pixels
• Hyeseong's Height: 185.1296053cm
• Hole Diameter: 244.24 pixels
• Hole Depth: 36.36 pixels
• Diameter: 185.1296053/176.57 * 244.24 = 256.0800521cm
• Thickness: 185.1296053/176.57 * 36.36 = 38.12262813cm
• Volume: (256.0800521/2)^2 * Pi * 38.12262813 = 1963469.743 cm3
• Fragging Concrete: 1963469.743 * 6 = 11,780,818.46 joules

Wall level+.

## Suchan & Junhyeong Lift Rubble

Image (here)

• Suchan: 550.81 pixels
• Rubble Thickness: 187.32 pixels
• Assuming Suchan's the height of a typical South Korean dude in his 20s like always-
• 174.6 / 550.81 * 187.32 = 59.37813765 cm
• The Rubble's about 60 cm thick
• Rubble Thickness: 238.25 pixels
• Rubble Length (at least since it goes off panel): 1000.92 pixels
• Rubble Length: 59.37813765 / 238.25 * 1000.92 = 249.4554692 cm
• The Rubble's at least ~2.5 meters long
• Eyeballing, it looks about the same width as it's length, so I'll model it as a square prism.
• We see several bits of rebar sticking out meaning its Reinforced Concrete, which is 2500 kg/m3.
• 249.4554692 * 249.4554692 * 59.37813765 / 10^6 cm3/m3 * 2500 = 9,237.461493 kg
• It took Junhyeong & Suchan to lift it, and even with two people they were barely managing so divide it by 2-
• 9237.461493 / 2 = 4618.730746 kg

About 4,618.73 kg, or Class 5.

## Antlion Sand Displacement

Image (here)

The Antlion in his Retrograde form has a move called Sandstorm where he throws a huge amount of sand, and while the density of the cloud of sand generated is impossible to know, we can measure how much sand was displaced given the size of the holes in the beach.

It's at an angle so I'm measuring the vertical dimensions based on Huijin's height, and the horizontal dimensions based on Huijin's head width.

• Huijin height: 160.3065491 cm
• Huijin height: 144 pixels
• Hole depth 1: 81 px
• Hole depth 2: 125 px
• The hole's depth isn't uniform, with half of it being in more elevated terrain than the other half, so I'll just average the two heights-
• Average: (81 + 125)/2 = 103 pixels
• Depth: 160.3065491 / 144 * 103 = 114.6637122 cm
• Huijin head width: 17 pixels
• Hole diameter: 712 pixels
• People are drawn 8 heads tall, with the head width being 2/3rds the head length so-
• Radius: 160.3065491 / 8 * 2/3 / 17 * 712/2 = 279.7506445 cm
• Now modelling it as a cylinder- 2.797506445^2 * Pi * 1.146637122 = 28.19149207 m3
• Density of wet sand is 1922 kg/m3, so 28.19149207 * 1922 = 54,184.04775 kg

About 54,184.05 kilograms, or Class 100.

## Dragon Vision Suchan Spins (But in Paint.net)

Images (here)

• Suchan: 284 pixels
• Tree Width: 111 pixels
• 174.6 / 284 * 111 = 68.2415493 cm
• Tree Width: 26.49 pixels
• Path Diameter: 884.18 pixels
• 0.682415493 / 26.49 * 884.18 = 22.77758137 meters
• Circumference: 22.77758137 * Pi = 71.55788231 meters
• There are 16 rotation lines of the axel in the panel, assuming the standard 5 second panel timeframe like in all of these calcs, that's
• 16 / 5 = 3.2 revolutions per second
• 71.55788231 meters * 3.2 = 228.9852234 m/s

Subsonic+