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Since this thread is discussing upgrades, from some character scaling to Great Wide Wonder, I think the characters could be adjusted to just 9-A based on that calculation.
Great Wide Wonder disperses clouds
Pixel Scaling.
Feat here (0:15). I assumed the height of the average man in the US (175.26 cm) for the body of Great Wide Wonder.
I'm going to assume that the cloud is shaped like a cylinder. It appears to be a cirrus, which according to Vs Battles is an average of 1500 meters thick. Also according to Vs Battles, the average density of clouds is 1,003 kg/m³.
Volume of a cylinder = πr2h
π x 16.0655² x 1500 = 1216268.96361 m³.
Mass = 1216268,96361 x 1,003 = 1219917.7705 kg.
It's hard to visualize exactly when the clouds start moving and when they stop (as the scene cuts), so I'll assume 1.5 s (the feat lasts from 0:15 s to mid-0:16 s).
They moved by about 16.0655 m.
V = 16.0655/1.5 = 10.7103333333 m/s.
KE = 1219917.7705 x 10.7103333333² x 0.5 = 69969140.1434 joules = 0.0167230258 Tons de TNT (Small Building Level).
It seems consistent with the other characters in The Boys.
Great Wide Wonder disperses clouds
Pixel Scaling.
Feat here (0:15). I assumed the height of the average man in the US (175.26 cm) for the body of Great Wide Wonder.
I'm going to assume that the cloud is shaped like a cylinder. It appears to be a cirrus, which according to Vs Battles is an average of 1500 meters thick. Also according to Vs Battles, the average density of clouds is 1,003 kg/m³.
Volume of a cylinder = πr2h
π x 16.0655² x 1500 = 1216268.96361 m³.
Mass = 1216268,96361 x 1,003 = 1219917.7705 kg.
It's hard to visualize exactly when the clouds start moving and when they stop (as the scene cuts), so I'll assume 1.5 s (the feat lasts from 0:15 s to mid-0:16 s).
They moved by about 16.0655 m.
V = 16.0655/1.5 = 10.7103333333 m/s.
KE = 1219917.7705 x 10.7103333333² x 0.5 = 69969140.1434 joules = 0.0167230258 Tons de TNT (Small Building Level).
It seems consistent with the other characters in The Boys.