From
Google Drive too.
Wanted to do Bellerophon first, and maybe some of the other bit feat type related moments where she jumps through the rocks, but I got distracted by Tears of the Kingdom
Saber = 22 pixels
Rock Diameter = 1343 pixels
Minimum Distance From Impact = 908 pixels
Rock Diameter/Saber = 61.045
Minimum Distance From Impact/Saber = 41.273
Saber =
1.54 meters (official height)
Rock Diameter =
94.009 meters Minimum Distance From Impact =
63.56 meters Rock Diameter = 491 pixels
Rock Height = 711 pixels
Rock Fall Distance = 610 pixels
Rock Height/Rock Diameter = 1.448
Rock Fall Distance/Rock Diameter = 1.242
Rock Height =
136.125 meters Volume = LWH
L and W = Rock Diameter
H = Rock Height
Rock Volume =
1,203,030.835 m^3 Rock Density =
2,700 kg/m^3 Rock Mass =
3,248,183,254.5 kilograms Can also determine the speed of the rock in free fall for the scene as we know it'd have needed to at least have fallen its full height (second image) by this point in the destruction.
Rock Fall Distance =
116.759 meters v = sqrt(2gd)
d = Rock Fall Distance
g = 9.8 m/s^2
Rock Fall Speed =
47.838 m/s So this sets up a pair of ends to be shown for this feat~
One that considers the speed of the scene, and one that does not.
Here, they're the same damn scene, yes.
This was not easy to observe in the completed animation (honestly kind of impossible?). The animation material makes it clear the frame of visual reference (the camera) does not really seem to move after the impact at least (make note of the background features that are otherwise obscured outside the animation materials). So I can do KE both without and with considering the speed of the falling rocks~
Image 1 Impact = 873 pixels
Initial Rock Expansion = 224 pixels
Panel Height = 1080 pixels
Initial Rock Expansion/Impact = 0.257
2*atan(873/(1080/tan(70/2 deg))) Impact = 59.02 degrees
Minimum Distance From Impact =
63.56 meters Impact Diameter =
71.95 meters Initial Rock Expansion =
18.491 meters Image 2 (same frame of reference/scale) Rock Expansion Diameter = 1725 pixels
Rock Expansion Diameter/Impact = 1.976
Rock Expansion Diameter =
142.173 meters Rock Expansion Radius =
71.087 meters Time Frame =
0.2 seconds Rock Expansion Speed =
355.435 m/s Sakura Matou Rider Medusa's Physical Might (Low End) =
205,178,055,341,996 joules or
49.039 kilotons Also can consider this relative to the rock not appearing to move in free fall as it expands, if nothing else the animation material makes it seem that way.
So we'll use our handy
0.02 degrees of visual acuity to determine the distance we should have perceived some movement of it in free fall while Medusa sent Saber Alter flying through it.
So,
59.02 degrees is apparently about
71.95 meters, that'd make 0.02 degrees =
0.0245 meters Time Frame = 0.024/47.838 =
0.000502 seconds Divide the initial rock expansion of
18.491 meters by that time frame for the free fall speed being taken into consideration speed figure for an expansion speed of
36,834.661 m/s Sakura Matou Rider Medusa's Physical Might (High End) =
2,203,561,718,703,546,000 joules or
526.664 megatons Neat.
gbatemp.net 
