The Feats
Should be simple enough
Chang'an was 5 miles (8.047 kilometers) by 6 miles (9.656 kilometers)
I normally don't like using icons, but they're always generally a low end to start with on account of inflating the size to be visible on the map
And I have nothing else to run with, so fuck it *shrugs*
Chang'an = 245 pixels
Rock Formation (Both Images, Orange Line and Circle) = 28 pixels
Laputa = 1697 pixels
Travel = 65 pixels
Laputa/Chang'an = 6.927
Travel/Chang'an = 0.265
Chang'an (Low End) = 8,047 meters
Chang'an (High End) = 9,656 meters
Laputa Diameter (Low End) = 55,741.569 meters
Laputa Diameter (High End) = 66,887.112 meters
Travel (Low End) = 2,132.455 meters
Travel (High End) = 2,558.84 meters
Time Frame = 1 second (thank you in-game AP regeneration clock~)
Laputa Speed (Low End) = 2,132.455 m/s
Laputa Speed (High End) = 2,558.84 m/s
Basically, the main focus of this is the relative to scale tiny hole Caladbolg drilled and pulverized through the mass of land
Which I can scale from both the bottom column of light and top respectively for the approximate diameter
Laputa Diameter = 939 pixels
Travel = 497 pixels
Initial Hole Diameter = 9 pixels (both top and bottom corroborate one another, though the bottom one alone was the definitive diameter anyway)
Laputa Average Thickness = 90 pixels
Travel/Laputa Diameter = 0.529
Initial Hole Diameter/Laputa Diameter = 0.00958
Laputa Average Thickness/Laputa Diameter = 0.0958
Travel (Low End) = 29,487.29 meters
Travel (High End) = 35,383.282 meters
Time Frame = 1 second (Starting here watch to 37:14 where we start to hear Caladbolg's drill rev up, 37:17 is when we first hear the SFX of Caladbolg impacting the ground and boring through it and 37:18 is when we see how far it got to travel)
Speed of Caladbolg/Rock Displacement (Low End) = 29,487.29 m/s
Speed of Caladbolg/Rock Displacement (High End) = 35,383.282 m/s
Initial Hole Diameter (Low End) = 534.004 meters
Initial Hole Diameter (High End) = 640.779 meters
Laputa Average Thickness (Low End) = 5,340.042 meters
Laputa Average Thickness (High End) = 6,407.785 meters
Caladbolg Drill Destruction Volume (Low End) = 1,195,372,745.998 m^3
Caladbolg Drill Destruction Volume (High End) = 2,065,352,234.742 m^3
Continental Crust Density = 2,700 kg/m^3
Caladbolg Drill Destruction Mass (Low End) = 3,227,506,414,194.705 kilograms
Caladbolg Drill Destruction Mass (High End) = 5,576,451,033,803.4 kilograms
KE = 0.5mv^2
m = Caladbolg Drill Destruction Mass
v = Speed of Caladbolg/Rock Displacement
Caladbolg Yield (Low End) = 1,403,158,851,776,310,000,000 joules or 335.363 gigatons
Caladbolg Yield (High End) = 3,490,793,228,409,171,000,000 joules or 834.32 gigatons
That would be all there is to it, but I recently read this about what Caladbolg accomplished
Hence why I bothered finding how fast Laputa was moving to derive its momentum
So, volume of Laputa and such time
Volume = PIr^2*H
r = Initial Hole Diameter/2
H = Laputa Average Thickness
Laputa Volume (Low End) = 13,024,849,310,704.59 m^3
Laputa Volume (High End) = 22,504,142,938,996.47 m^3
Continental Crust Density = 2,700 kg/m^3
Laputa Mass (Low End) = 35,167,093,138,902,390 kilograms
Laputa Mass (High End) = 60,761,185,935,290,470 kilograms
KE = 0.5mv^2
m = Laputa Mass
v = Laputa Speed
Laputa Momentum/Caladbolg Yield (Low End) = 79,958,792,412,505,190,000,000 joules or 19.111 teratons
Laputa Momentum/Caladbolg Yield (High End) = 198,921,858,535,132,300,000,000 joules or 47.543 teratons
Should be simple enough
Chang'an was 5 miles (8.047 kilometers) by 6 miles (9.656 kilometers)
I normally don't like using icons, but they're always generally a low end to start with on account of inflating the size to be visible on the map
And I have nothing else to run with, so fuck it *shrugs*
Chang'an = 245 pixels
Rock Formation (Both Images, Orange Line and Circle) = 28 pixels
Laputa = 1697 pixels
Travel = 65 pixels
Laputa/Chang'an = 6.927
Travel/Chang'an = 0.265
Chang'an (Low End) = 8,047 meters
Chang'an (High End) = 9,656 meters
Laputa Diameter (Low End) = 55,741.569 meters
Laputa Diameter (High End) = 66,887.112 meters
Travel (Low End) = 2,132.455 meters
Travel (High End) = 2,558.84 meters
Time Frame = 1 second (thank you in-game AP regeneration clock~)
Laputa Speed (Low End) = 2,132.455 m/s
Laputa Speed (High End) = 2,558.84 m/s
Basically, the main focus of this is the relative to scale tiny hole Caladbolg drilled and pulverized through the mass of land
Which I can scale from both the bottom column of light and top respectively for the approximate diameter
Laputa Diameter = 939 pixels
Travel = 497 pixels
Initial Hole Diameter = 9 pixels (both top and bottom corroborate one another, though the bottom one alone was the definitive diameter anyway)
Laputa Average Thickness = 90 pixels
Travel/Laputa Diameter = 0.529
Initial Hole Diameter/Laputa Diameter = 0.00958
Laputa Average Thickness/Laputa Diameter = 0.0958
Travel (Low End) = 29,487.29 meters
Travel (High End) = 35,383.282 meters
Time Frame = 1 second (Starting here watch to 37:14 where we start to hear Caladbolg's drill rev up, 37:17 is when we first hear the SFX of Caladbolg impacting the ground and boring through it and 37:18 is when we see how far it got to travel)
Speed of Caladbolg/Rock Displacement (Low End) = 29,487.29 m/s
Speed of Caladbolg/Rock Displacement (High End) = 35,383.282 m/s
Initial Hole Diameter (Low End) = 534.004 meters
Initial Hole Diameter (High End) = 640.779 meters
Laputa Average Thickness (Low End) = 5,340.042 meters
Laputa Average Thickness (High End) = 6,407.785 meters
Caladbolg Drill Destruction Volume (Low End) = 1,195,372,745.998 m^3
Caladbolg Drill Destruction Volume (High End) = 2,065,352,234.742 m^3
Continental Crust Density = 2,700 kg/m^3
Caladbolg Drill Destruction Mass (Low End) = 3,227,506,414,194.705 kilograms
Caladbolg Drill Destruction Mass (High End) = 5,576,451,033,803.4 kilograms
KE = 0.5mv^2
m = Caladbolg Drill Destruction Mass
v = Speed of Caladbolg/Rock Displacement
Caladbolg Yield (Low End) = 1,403,158,851,776,310,000,000 joules or 335.363 gigatons
Caladbolg Yield (High End) = 3,490,793,228,409,171,000,000 joules or 834.32 gigatons
That would be all there is to it, but I recently read this about what Caladbolg accomplished
Agartha part 16 Story Translations said:
Hence why I bothered finding how fast Laputa was moving to derive its momentum
So, volume of Laputa and such time
Volume = PIr^2*H
r = Initial Hole Diameter/2
H = Laputa Average Thickness
Laputa Volume (Low End) = 13,024,849,310,704.59 m^3
Laputa Volume (High End) = 22,504,142,938,996.47 m^3
Continental Crust Density = 2,700 kg/m^3
Laputa Mass (Low End) = 35,167,093,138,902,390 kilograms
Laputa Mass (High End) = 60,761,185,935,290,470 kilograms
KE = 0.5mv^2
m = Laputa Mass
v = Laputa Speed
Laputa Momentum/Caladbolg Yield (Low End) = 79,958,792,412,505,190,000,000 joules or 19.111 teratons
Laputa Momentum/Caladbolg Yield (High End) = 198,921,858,535,132,300,000,000 joules or 47.543 teratons
Final Tally
Laputa Momentum/Caladbolg Yield (Low End) = 19.111 teratons
Laputa Momentum/Caladbolg Yield (High End) = 47.543 teratons
