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One Piece Calcs: CT123 Edition

East Blue Arc

ChaosTheory123

Bored with This
Because procrastination and this hobby go hand in hand.

Hell if I know who did what of these or if they've been done at all.

I've just got the pretty HD color/Viz scans, so that's different.

Without further adieu?

Spoiler:
Buggy Ball Explosion





More notably (other than being One Piece's first speed feat I can't bother to look at right now), of bullshit, albeit unconscious.

Spoiler:



Buggy = 18 pixels
Pub Height = 296 pixels

Pub Height/Buggy = 16.444

Buggy = 1.92 meters ()
Pub Height = 31.572 meters

Spoiler:



Pub Height = 15 pixels (given the buggy ball's trajectory, its only natural that where the holes appear in the buildings would be where I measure the height of the pub to be by comparison)
Explosion Diameter = 97 pixels

Explosion Diameter/Pub Height = 6.467

Explosion Diameter = 204.176 meters


Doesn't go below 1 kiloton (Near-Total Fatalities Radius of 280 meters), so I have to work backwards via Square Cube Law

Playing with it a bit, I found that 0.003118 (3.118 kilotons) has a Near-Total Fatalities Radius of 408 meters. Works for my purposes as you divide that by 2 twice over to get the explosion Radius of the Buggy Ball. Means I divide that 3.118 kilotons by 64 (8*8 for the volume/energy/etc compared to the 2*2 for the diameter) and get a yield of?

Buggy Ball Yield = 48.719 tons

Hypnotized Black Cat Pirates Physical Might



.

Spoiler:



Background

Buchi = 17 pixels
Impact Diameter = 232 pixels
Rubble Depth = 11 pixels

Impact Diameter/Buchi = 13.647
Rubble Depth/Buchi = 0.647

Buchi = 2.16 meters ()
Impact Diameter = 29.478 meters
Rubble Depth = 1.398 meters

Volume = PIr^2*H

r = Impact Diameter
H = Rubble Depth

Rubble Volume = 953.615 m^3

Foreground

Path Radius = 194 pixels (The Impact Radius is the Path Radius)
Crater Depth = 252 pixels
Crater Radius = 135 pixels
Cliff Thickness = 72 pixels
Cliff Height = 300 pixels

Crater Depth/Path Radius = 1.299
Crater Radius/Path Radius = 0.696
Cliff Thickness/Path Radius = 0.371
Cliff Height/Path Radius = 1.546

Path Radius = 14.739 meters
Crater Depth = 19.146 meters
Crater Radius = 10.258 meters
Cliff Thickness = 5.468 meters

Volume = (1/3)PIr1r2r3

r1 = Crater Depth
r2 = Crater Radius
r3 = Cliff Thickness

Cliff Volume = 1,124.029 m^3

Total Destruction Volume = 2,077.644 m^3



Hypnotized Buchi's Physical Might = 16,621,152,000 joules or 3.973 tons

Cliff Height = 22.786 meters

Spoiler:



Cliff Height = 156 pixels
Crater Depth = 143 pixels
Crater Thickness = 89 pixels
Crater Diameter = 61 pixels

Crater Depth/Cliff Height = 0.917
Crater Thickness/Cliff Height = 0.571
Crater Diameter/Cliff Height = 0.391

Crater Depth = 20.895 meters
Crater Thickness = 13.011 meters
Crater Diameter = 8.909 meters

Volume = (LWH)/3

L = Crater Depth
W = Crater Thickness
H = Crater Diameter

Crater Volume = 810.825 m^3



Hypnotized Black Cat Pirate Physical Might = 6,486,600,000 joules or 1.55 tons

Momoo's Physical Might



.

Spoiler:



Momoo = 200 pixels
Momoo Head = 60 pixels

Momoo Head/Momoo = 0.3

Momoo = 36 meters ()
Momoo Head = 10.8 meters

Spoiler:



Momoo Head = 58 pixels
Crater Diameter = 164 pixels

Crater Diameter/Momoo Head = 2.828

Crater Diameter 1 = 30.542 meters

Spoiler:



Crater Radius 1 = 142 pixels
Crater Radius 2 and Crater Depth = 110 pixels

Crater Radius 1/Crater Radius 2 and Crater Depth = 0.775

Crater Radius 2 and Crater Depth = 11.835 meters

Volume = (1/3)PIr1r2^2

r1 = (Crater Diameter 1)/2
r2 = Crater Radius 2 and Crater Depth

Crater Volume = 2,238.785 m^3



Momoo's Physical Might = 447,757,000,000 joules or 107.016 tons

Arlong Park Monkey D Luffy's Gomu Gomu no Ono



Spoiler:



Notice how Momoo's extend long enough to reach Arlong Park's door (nor did they damage the red overhanging roof, so the angle he's being swung around at is basically irrelevant, if not easily IDed as being below said roof top anyway)? Gives us an idea of the distance between the and the building's facade.

Momoo Length = 134 pixels
Arlong Park Height = 358 pixels

Arlong Park Height/Momoo Length = 2.672

Arlong Park Height = 96.192 meters

Spoiler:



Momoo Length = 114 pixels
Arlong Park Diameter = 327 pixels

Arlong Park Diameter/Momoo Length = 2.868

Arlong Park Diameter = 103.248 meters

Volume = 0.2((LW^2)/3)

Arlong Park Volume = 68,361.407 m^3



Arlong Park Monkey D Luffy's Gomu Gomu No Ono Yield = 546,891,256,000 joules or 130.71 tons

Only other feats of note this arc were Luffy's speed compared to , the Going Merry's , Luffy's speed compared to , Arlong chomping , and some Hachi with Sanji tacked on . There's not much else in the East Blue to consider feat wise.


Final Tally

Buggy Ball Yield = 48.719 tons

Hypnotized Buchi's Physical Might = 3.973 tons

Hypnotized Black Cat Pirate Physical Might = 1.55 tons

Momoo's Physical Might = 107.016 tons

Arlong Park Monkey D Luffy's Gomu Gomu No Ono Yield = 130.71 tons
 
Last edited:
Little Garden/Drum Island Arcs

ChaosTheory123

Bored with This
Spoiler:
Injured Dorry the Blue Ogre's Physical Might



I mean, if nothing else, . He may not be able to lift it from the unfavorable position of leverage he was in, but he's not outright outclassed by Dorry after injury.

Spoiler:



Dorry = 135 pixels
Clearing = 500 pixels

Clearing/Dorry = 3.704

Dorry = 22.6 meters ()
Cleaering = 83.71 meters

Spoiler:



Clearing = 39 pixels
Skull Top Height/Clearing = 123 pixels

Skull Top Height/Clearing = 3.154

Skull Top Height = 264.021 meters

Spoiler:



Skull Top Height = 276 pixels
Skull Length = 589 pixels
Lift Height = 96 pixels

Skull Length/Skull Top Height = 2.134
Lift Height/Skull Top Height = 0.348

SKull Length = 563.421 meters
Lift Height = 91.879 meters

An example ( and ) of a fossilized Trex Skull to work backwards from for the to do the heavy lifting for me.

Sue's Skull Length = 1.52 meters
Sue's Skull Mass = 272 kilograms

Skull Mass = 272(563.421/1.52)^3

Skull Mass = 13,852,789,358.818 kilograms

Injured Dorry's Physical Might = 12,473,284,248,289 joules or 2.981 kilotons

Short of treating this pair of like the larger than 5,000 meter variants, not that I can see a reason to make that assumption, can't really think of how else to scale the island without resorting to real life values for shit like the Volcano.

Chessmarimo's Yukiwariso



Spoiler:



There's honestly a bunch of scans of the Castle being plainly visible on top of the Drum Rock Peak, but this one had the easiest to see details and was plainly a forward view of it. If you want me to sub it out for another, that's fair game too. Bit feat like the rest of the feats in this arc either way though.

Drum Rock's Peak Height = 223 pixels
Castle Diameter = 23 pixels
Castle Tower Diameter = 4 pixels

Castle Diameter/Drum Rock's Peak Height = 0.103
Castle Tower Diameter/Drum Rock's Peak Height = 0.018

Drum Rock's Peak Height = 5,000 meters ()
Castle Diameter = 515 meters
Castle Tower Diameter = 90 meters

Spoiler:



Foreground

Castle Diameter = 630 pixels
Hole Height = 112 pixels
Hole Width = 38 pixels
Hole Depth = 10 pixels

Hole Height/Castle Diameter = 0.178
Hole Width/Castle Diameter = 0.06
Hole Depth/Castle Diameter = 0.016

Hole Height = 91.67 meters
Hole Width = 30.9 meters
Hole Depth = 8.24 meters

Volume = LWH

As they're just a pair of triangular prisms, adding them together gives me a rectangular one anyway.

L = Hole Height
W = Hole Width
H = Hole Depth

Total Hole Volume = 23,340.649 m^3

(the smoke/dust coming from the impact)

Chessmarimo's Yukiwariso Yield = 4,668,129,800,000 joules or 1.116 kilotons

Background

Castle Tower Diameter = 69 pixels
Castle Roof Diameter = 39 pixels

Castle Roof Diameter/Castle Tower Diameter = 0.565

Castle Roof Diameter = 50.85 meters (huh, works out to something approaching what I'd surmise the interior's diameter to have been anyway. Neat)

Wapol's Bero Cannon



Spoiler:



Castle Roof Diameter = 177 pixels
Hole Diameter = 72 pixels
Wall Thickness = 4 pixels

Hole Diameter/Castle Roof Diameter = 0.407
Wall Thickness/Castle Roof Diameter = 0.023

Hole Diameter = 20.696 meters
Wall Thickness = 1.17 meters

Volume = 2(PIr^2*H)

The 2 is because Wapol created 2 holes with his blast

r = Hole Diameter/2
H = Wall Thickness

Total Hole Volume = 786.789 m^3

(all the apparent smoke/dust post explosion and such)

Wapol's Bero Cannon Yield = 157,357,800,000 joules or 37.609 tons

Drum Island Monkey D Luffy's Gomu Gomu no Bazooka Speed



Spoiler:



Panel Height = 850 pixels

Drum Rock's Peak Height = 163 pixels

Drum Rock's Peak Diameter/Drum Rock's Peak Height = 0.583

2*atan(Object_Size/(Panel_Height/tan(FoV/2))) = object degree size



Drum Rock's Peak Height = 15.295 degrees
Drum Rock's Peak Height = 5,000 meters


Monkey D Luffy's Gomu Gomu No Bazooka Range = 18,619 meters

Time Frame (?) = ~2 seconds (the amount of time it'd take Wapol to spit out his panicked begging as Luffy begins to shout is my best guess at a time frame. Talking is normally free action, but it clearly wasn't here. Make of it what you will either way.)

I wish I could use literally anything else as a time frame, even like the free fall of fabric on his sleeve, something, anything. Oda gave me nothing :lmao

Drum Island Monkey D Luffy's Gomu Gomu No Bazooka Speed = 9,309.5 m/s or mach 27.358

Only other feat of note I can think of from this arc is split the sea and kills the Island Eater. I won't be doing that right now.


Final Tally

Injured Dorry's Physical Might = 2.981 kilotons

Chessmarimo's Yukiwariso Yield = 1.116 kilotons

Wapol's Bero Cannon Yield = 37.609 tons

Drum Island Monkey D Luffy's Gomu Gomu No Bazooka Speed = 9,309.5 m/s
 
Last edited:
Alabasta Arc Feats

ChaosTheory123

Bored with This
Spoiler:
Lassoo's Exploding Baseballs



So, , albeit heavily wounded. Also just the bomb on .

Mind you, this all scales to better on account of what this shit .

Also Usopp's does Mr 4 in, so that's neat.

Spoiler:



Mr 4 = 106 pixels
Pillar Diameter = 188 pixels

Pillar Diameter/Mr 4 = 1.774

Mr 4 = 2.18 meters ()
Pillar Diameter = 3.867 meters



Pillar Diameter = 7 pixels
Explosion Diameter = 663 pixels

Explosion Diameter/Pillar Diameter = 94.714

Explosion Diameter = 366.26 meters
Explosion Radius = 183.13 meters


The calculator doesn't go below 1 kiloton (Near-Total Fatalities Radius of 280 meters), so I have to work backwards via Square Cube Law

Playing with it a bit, I found that 0.002243 (2.243 kilotons) has a Near-Total Fatalities Radius of 366 meters. Works for my purposes as you divide that by 2 once over to get the explosion Radius of the feat. Means I divide that 2.243 kilotons by 8 and get a yield of?

Lassoo's Exploding Baseball Yield = 280.375 tons

Various Alabasta Monkey D Luffy and Crocodile Feats

Crocodile's Desert Spada



Crocodile's Ground Death



Alabasta Monkey D Luffy's Gomu Gomu no Storm

and

Spoiler:



Explosion Radius (Red Line) = 341 pixels
Palace Diameter (Green Line) = 98 pixels
Hole Diameter (Blue Line) = 15 pixels
Palace Walkway (Near Intersection of Red and Green Lines) = 2 pixels
Palace Front Wall Length (Light Green Line) = 64 pixels
Courtyard Trapezoid Length (Grey Blue Line) = 19 pixels
Courtyard Length w/o Trapezoid Length (Pink Line) = 57 pixels
Inner Palace Diameter 1 (Purple Line) = 51 pixels
Inner Palace Diameter 2 (Light Blue Line) = 44 pixels

Palace Diameter/Explosion Radius = 0.287
Hole Diameter/Palace Diameter = 0.044
Palace Walkway/Explosion Radius = 0.006
Palace Front Wall Length/Explosion Radius = 0.188
Courtyard Trapezoid Length/Explosion Radius = 0.056
Courtyard Length w/o Trapezoid Length/Explosion Radius = 0.167
Inner Palace Diameter 1/Explosion Radius = 0.15
Inner Palace Diameter 2/Explosion Radius = 0.129

Explosion Radius (Red Line) = 2,500 meters (as explained )
Palace Diameter (Green Line) = 717.5 meters
Palace Radius = 358.75 meters
Hole Diameter (Blue Line) = 110 meters (given the bulk of the hole is obscured by a bunch of dust, the homes, and a slanted viewing angle between the blue and brown home I measured respectively, its fair to say measuring from the above view is fair game as the ground burst scan doesn't contradict it even measuring from Crocodile)
Palace Walkway (Near Intersection of Red and Green Lines) = 15 meters
Palace Front Wall Length (Light Green Line) = 470 meters
Courtyard Trapezoid Length (Grey Blue Line) = 140 meters
Courtyard Length w/o Trapezoid Length (Pink Line) = 417.5 meters
Inner Palace Diameter 1 (Purple Line) = 375 meters
Inner Palace Diameter 2 (Light Blue Line) = 322.5 meters

Area = LW

L = Courtyard Length w/o Trapezoid Length
W = Palace Diameter

Palace Rectangular Surface Area = 299,556.25 m^2

Area = H((A+B)/2)

H = Courtyard Trapezoid Length
A = Palace Diameter
B = Palace Front Wall Length

Palace Trapezoidal Surface Area = 83,125 m^2

Area = LW

L = Inner Palace Diameter 1
W = Inner Palace Diameter 2

Inner Palace Area = 120,937.5 m^2

Total Surface Area = Palace Courtyard Trapezoid Area + Palace Rectangular Courtyard Area - Inner Palace Area

Total Surface Area = 261,743.75 m^2

Spoiler:



Top Panel

Palace Radius = 270 pixels
Desert Spada Depth = 60 pixels

Desert Spada Depth/Palace Radius = 0.222

Desert Spada Depth = 79.643 meters

Bottom Panel

Palace Walkway = 224 pixels
Desert Spada Width = 70 pixels
Minimum Lawn Depth = 85 pixels

Desert Spada Width/Palace Walkway = 0.313
Minumum Lawn Depth/Palace Walkway = 0.379

Desert Spada Width = 4.695 meters

Volume = LWH

L = Palace Radius (Crocodile doesn't really move from until after he uses Desert Spada)
W = Desert Spada Width
H = Desert Spada Depth

Desert Spada Volume = 134,145.194 m^3

200 j/cc (the whole dust cloud thing)

Crocodile's Desert Spada Yield = 26,829,038,800,000 joules or 6.412 kilotons

Now for Crocodile's Ground Death.

Minimum Lawn Depth = 5.685 meters

Volume = Total Surface Area * Minimum Lawn Depth

Total Palace Lawn Volume = 1,488,013.219 m^3

200 j/cc (Crocodile literally reduced the lawn to sand)

Crocodile's Ground Death Yield = 297,602,643,800,000 joules or 71.129 kilotons

Spoiler:



Panel Height = 470 pixels

Hole Diameter (Background) = 10 pixels
Hole Diameter (Foreground) = 184 pixels

2*atan(Object_Size/(Panel_Height/tan(FoV/2))) = object degree size




Hole Diameter (Background) = 1.707 degrees
Hole Diameter (Foreground) = 30.659 degrees


Distance to Hole Diameter (Background) = 3,691.9 meters
Distance to Hole Diameter (Foreground) = 200.64 meters
Depth of Bedrock = 3,491.26 meters

Notice the rocks that have fallen to around Luffy's position in the air? They'd have been thrown into freefall from the Hole's mouth fairly early in Crocodile's ascent above. They serve as something of a time frame for the feat as Luffy's inhaled air apparently was sufficient to act as a counter force to gravity?

Time Frame = sqrt(2d/g)

d = Distance to Hole Diameter (Foreground)
g = 9.8 m/s^2

Time Frame = 6.399 seconds

Speed of Displaced Bedrock = 545.595 m/s

Volume = PIr^2*H

r = Hole Diameter/2
H = Depth of Bedrock

Bedrock Destruction Volume = 33,161,733.11 m^3

Bedrock Density = 2,700 kg/m^3

Displaced Bedrock Mass = 89,536,679,397 kilograms

KE = 0.5mv^2

m = Displaced Bedrock Mass
v = Speed of Displaced Bedrock

Alabasta Monkey D Luffy's Gomu Gomu No Storm Yield = 13,326,366,454,769,890 joules or 3.185 megatons

Can derive a speed for his punches too, using the above time frame.

Number of Total Punches = 50 (at least that's what it seems to be at my count. Feel free to do so yourself, my eyes could have been off. Either way, could be more, but we're not really given sufficient evidence to work with here)

Number of Punches per Arm = 25

Obviously, his punches will increase in distance to travel up and back for each punch following, thus I'll use the average distance they'd be traveling per punch to get the total distance a given Arm of Luffy's is traveling. That'd be at about the halfway point between Luffy near us in the foreground and the top of the hole he punched into the Bedrock in Alabasta above... which is basically just the Distance to Hole Diameter (Background; 3,691.9 meters) I derived above

Average Distance Traveled Per Punch = 3,691.9 meters

Total Punch Travel = 92,297.5 meters

Alabasta Monkey D Luffy's Gomu Gomu No Storm Speed = 14,424 m/s or mach 42.387

Only other feats of note to really consider (not that I can think of a time frame for that), , a section of cut building, a Bananawani of large staircase, and Ms. Doublefinger's . None of which I feel like trying to cover right now.


Final Tally

Lassoo's Exploding Baseball Yield = 280.375 tons

Crocodile's Desert Spada Yield = 6.412 kilotons

Crocodile's Ground Death Yield = 71.129 kilotons

Alabasta Monkey D Luffy's Gomu Gomu No Storm Yield = 3.185 megatons
Alabasta Monkey D Luffy's Gomu Gomu No Storm Speed = 14,424 m/s
 
Last edited:
Jaya/Skypiea Arc

ChaosTheory123

Bored with This
Spoiler:
Enel's El Thor



Spoiler:



Nami = 11 pixels
Tree Diameter 1 = 256 pixels
Tree Diameter 2 = 456 pixels
Tree Height = 656 pixels
Crater Depth = 70 pixels
Crater Diameter = 245 pixels

Tree Diameter 1/Nami = 23.272
Tree Diameter 2/Nami = 41.455
Tree Height/Nami = 59.636
Crater Depth/Nami = 6.364
Crater Diameter/Nami = 22.272

Nami = 1.69 meters ()
Tree Diameter 1 = 39.33 meters
Tree Diameter 2 = 70.059 meters
Tree Height = 100.785 meters

Volume = PIr1r2*H

r1 = (Tree Diameter 1)/2
r2 = (Tree Diameter 2)/2
H = Tree Height

Tree Volume = 217,998.466 m^3

Crater Depth = 10.755 meters
Crater Diameter = 37.64 meters

Volume = PIr^2*H

r = Crater Diameter/2
H = Crater Depth

Crater Volume = 11,961.325 m^3

Total Destruction Volume = 229,959.791 m^3


So, let's figure out a j/cc here for the incineration of this volume.

So, given these are living trees, I'll treat them as green wood.

Red Oak Green Wood Heat Value (Btu/cord) = 16,800,000 Btu/cord

1 Btu = 1,055.06 joules

Red Oak Green Wood Heat Value (joules/cord) = 17,725,008,000 joules/cord

I need the joules/kg though, so I'll divide this by Red Oak's 1,692 kg/cord

Red Oak Green Wood Heat Value (joules/kg) = 10,475,773.05 joules/kg

Given I'm using Red Oak, multiply this by 708 and then divide by 1,000,000 for the j/cc of...

7,416.847 j/cc

Which gives us an energy when multiplied by the tree's mass of...

Enel's El Thor Yield = 1,705,576,585,998,977 joules or 407.642 kilotons

Wyper's Burn Bazooka



Spoiler:




Luffy = 44 pixels
Hole Diameter = 440 pixels

Hole Diameter/Luffy = 10

Luffy = 1.72 meters ()
Hole Diameter = 17.2 meters

Spoiler:



Hole Diameter = 110 pixels
Tree Thickness = 221 pixels

Tree Thickness/Hole Diameter = 2.009

Tree Thickness = 34.555 meters

Volume = PIr^2*H

r = Hole Diameter/2
H = Tree Thickness

Hole Volume = 8,024.86 m^3

7,416.847 j/cc (derived above for wood incineration)

Wyper's Burn Bazooka Yield = 59,519,158,816,420 joules or 14.225 kilotons

Skypiea Nami's Speed



He says predicted path, but that's like saying a Baseball player is predicting the trajectory of a baseball from the pitcher's mound. She's clearly not moving before he attacks, there's nothing present, not a shred of evidence of trajectory, to "predict" before he attacks and all.

Also, no magic Lightning nonsense. It's pretty clear functions just the same as the shit he summons indiscriminately.

Spoiler:



Nami = 26 pixels
Lightning Distance = 236 pixels

Lightning Distance/Nami = 9.077

Nami = 1.69 meters ()
Lightning Distance = 15.34 meters

Spoiler:



Nami = 296 pixels
Nami Movement = 376 pixels

Nami Movement/Nami = 1.27

Nami = 1.69 meters
Nami Movement = 2.146 meters

Nami/Lightning = 0.14

Now, what about the speed? In lieu of continuously just appealing to the research of Negima's author and his 150 km/sec (if you've been wonder why we use that, that's pretty much been why for the past decade)? I figured let's update them all with something more scholarly?

cites some study that found an average speed for a stepped leader to be about 440 km/sec. While I can only get the abstract for it without paying for , I miss being a student as a tangent, but this other article ( and views) appears to corroborate it as well as listing a minor meta analysis worth of other corroborative past research findings in both its introduction and its own later findings presented in the results/discussion.

As an aside, I find it amusing they give a range of values for the distances they're discussing as of course capturing video to measure the speed of lightning won't have some kind of convenient measuring stick the strikes always land near and in the same field of visual depth for.

All that to say? I'm all for 440 km/sec if only because I can actually cite and find it beyond the research findings of a harem manaka's bullshit.

Lightning Speed = 440,000 m/s
Skypiea Nami's Speed = 61,600 m/s or mach 181.022

Skypiea Monkey D Luffy's Gomu Gomu no Ogon Rifle



Spoiler:



I ran out of colors to make lines with on this. Just thought that was interesting to let you all know.

Any rate, thanks to the converging parallel lines, I can work out more precise measurements from the foreground to the background, so that's neat.

Foreground

Person (Red Line) = 11 pixels
Length (Green Line) = 173 pixels

Length/Person = 15.727

Person (Red Line) = 1.7 meters
Length (Green Line) = 26.736 meters

Middle Background

Length (Green Line) = 100 pixels
Platform Height (Orange Line) = 92 pixels

Platform Height/Length = 0.92

Platform Height (Orange Line) = 24.597 meters

Far Background

Length (Green Line) = 73 pixels
Bell Diameter (Purple Line) = 200 pixels
Bell Height (Teal Line) = 170 pixels
Bell Thickness (Light Orange Line) = 16 pixels
Bell Tongue Diameter (Pink Line) = 41 pixels
Platform Diameter (Blue Line) = 358 pixels
Pillar Bottom Radius (Light Green Line) = 39 pixels
Pillar Bottom Top Diameter (Gray Blue Line) = 58 pixels
Pillar Bottom Height (Light Blue Line) = 75 pixels
Pilar Top Height (Light Purple Line) = 274 pixels
Pillar Top Diameter (Tan Line) = 34 pixels
Small Pillar Diameter (White Line) = 31 pixels
Small Pillar Height (Gray Line) = 176 pixels
Bell Central Holder Diameter (Light Gray Line) = 139 pixels
Bell Central Holder Height (Brown Line) = 13 pixels

Bell Diameter/Length = 2.74
Bell Height/Length = 2.329
Bell Thickness/Length = 0.219
Bell Tongue Diameter/Length = 0.562
Platform Diameter/Length = 4.904
Pillar Bottom Radius/Length = 0.534
Pillar Bottom Top Diameter/Length = 0.795
Pillar Bottom Height/Length = 1.027
Pilar Top Height/Length = 3.753
Pillar Top Diameter/Length = 0.466
Small Pillar Diameter/Length = 0.425
Small Pillar Height/Length = 2.411
Bell Central Holder Diameter/Length = 1.904
Bell Central Holder Height/Length = 0.178

Bell Diameter (Purple Line) = 73.257 meters
Bell Height (Teal Line) = 62.268 meters
Bell Thickness (Light Orange Line) = 5.855 meters

Volume = (2/3)PIr1^2r2

r1 = Bell Diameter/2
r2 = Bell Height

Gold Bell Volume w/Empty Space = 174,880.575 m^3

Volume = (2/3)PIr1^2r2

r1 = (Bell Diameter/2) - Bell Thickness
r2 = Bell Height - Bell Thickness

Empty Space Volume = 111,833.359 m^3

Subtract the pair to get...

Gold Bell Volume = 63,047.216 m^3

Bell Tongue Diameter (Pink Line) = 15.026 meters

Volume = (4/3)PIr1^2r2

r1 = Bell Tongue Diameter/2
r2 = Bell Height/2

Bell Tongue Volume = 7,357.497 m^3

Platform Diameter (Blue Line) = 131.113 meters

I know it's like an octagon, but I'm just going to treat it like a cylinder for convenience.

Volume = PIr^2*H

r = Platform Diameter/2
H = Platform Height

Platform Volume = 331,927.555 m^3

Pillar Bottom Radius (Light Green Line) = 14.277 meters
Pillar Bottom Top Diameter (Gray Blue Line) = 21.255 meters
Pillar Bottom Height (Light Blue Line) = 27.458 meters



Pillar Bottom Volume = 13,471.378 m^3

After all, while I'm calculating a half for each side, its essentially the same as one full conical frustum in total.

Pilar Top Height (Light Purple Line) = 100.34 meters
Pillar Top Diameter (Tan Line) = 12.459 meters



Individual Pillar Top Volume = 22,901.737 m^3

There are 2 of them so...

Total Pillar Top Volume = 45,803.474 m^3

Small Pillar Diameter (White Line) = 11.363 meters
Small Pillar Height (Gray Line) = 64.46 meters

Volume = 2(PIr^2*H)

r = Small Pillar Diameter/2
H = Small Pillar Height

Total Small Pillar Volume = 13,067.002 m^3

Bell Central Holder Diameter (Light Gray Line) = 50.905 meters
Bell Central Holder Height (Brown Line) = 4.759 meters

Volume = PIr^2*H

r = Bell Central Holder Diameter/2
H = Bell Central Holder Height

Bell Central Holder Volume = 9,680.688 m^3

Add all the volumes to get...

Total Gold Bell Support Structure Volume = 476,997.313 m^3
Gold Density = 19,300 kg/m^3
Total Gold Bell Support Structure Mass = 9,206,048,140.9 kilograms

Spoiler:



Enel = 60 pixels
Gold Ball Diameter = 101 pixels

Gold Ball Diameter/Enel = 1.683

Enel = 2.66 meters ()
Gold Ball Diameter = 4.477 meters

Spoiler:



For , the Gold Bell and its Support Structure appears to sit roughly where that crease I measured to in the Cloud is. Luffy's punch pushed it clear off the platform from that position.

Bell Diameter = 18 pixels
Ark Maxim Diameter = 36 pixels
Bell Distance = 59 pixels
Punch Distance = 43 pixels

Ark Maxim Diameter/Bell Diameter = 2
Bell Distance/Bell Diameter = 3.278
Punch Distance/Bell Diameter = 2.389

Bell Diameter = 73.257 meters (because I know your eyes probably glazed over above)
Ark Maxim Diameter = 146.514 meters
Bell Distance = 240.136 meters
Punch Distance = 175.011 meters

Spoiler:



Panel Height = 506 pixels
Ark Maxim Diameter = 16 pixels
Distance From Ark Maxim = 24 pixels
Gold Ball Diameter = 102 pixels

Distance From Ark Maxim/Ark Maxim Diameter = 1.5

Distance From Ark Maxim = 219.771 meters

2*atan(Object_Size/(Panel_Height/tan(FoV/2))) = object degree size





Ark Maxim Diameter = 2.537 degrees
Gold Ball Diameter = 16.068 degrees


Distance From Ark Maxim Diameter = 3,308.3 meters
Distance From Gold Ball Diameter = 15.859 meters

Luffy's Arm Extension = 3,292.441 meters

Total Initial Punch Distance = 3,687.223 meters

Spoiler:



Would you believe this is like... the only above shot of the damn thing that'd let me measure the full ship?

Ark Maxim Diameter = 276 pixels
Ark Maxim Length = 271 pixels
Exhaust Diameter = 31 pixels

Ark Maxim Length/Ark Maxim Diameter = 0.982
Exhaust Diameter/Ark Maxim Diameter = 0.112

Ark Maxim Length = 143.877 meters
Exhaust Diameter = 16.41 meters

Now to find the minimum time frame~

Spoiler:



Ark Maxim Length = 165 pixels
Initial Height = 21 pixels (makes sense on account the punch seems to land square around his chest)

Initial Height/Ark Maxim Length = 0.127

Initial Height = 18.272 meters

Spoiler:



Would have preferred using the full ship, but the exhaust pipe will have to do.

Exhaust Diameter = 27 pixels
Final Height = 30 pixels

Final Height/Exhaust Diameter = 1.111

Final Height = 18.232 meters

Subtract initial from the final for...

Total Fall Distance = 0.04 meters

Well, that definitely reflects the barely perceivable difference between the start and finish. Had the final height been higher than the initial, I'd have modeled it as if he had still been rising, but its interesting to see it measured out to having him slightly fall instead of slightly rise.

Time to Fall a Given Distance = sqrt(2d/G)

d = Total Fall Distance
G = 9.8 m/s^2

Time Frame = 0.09 seconds

Obviously, a portion of this time frame is spent on the punch traveling from behind Luffy, to Enel, all the way to impacting the Bell where it initially sits. To compensate, let's halve the derived time frame for the Bell's movement across the cloud top as well as how ever long Luffy has to initially punch before impacting the Bell.

Punch Time Frame = 0.045 seconds

Skypiea Monkey D Luffy's Gomu Gomu no Ogon Rifle Speed = 81,938 m/s or mach 240.789

Bell Time Frame = 0.045 seconds

Bell Movement Speed = 5,336.356 m/s

KE = 0.5mv^2

m = Total Gold Bell Support Structure Mass
v = Bell Movement Speed

Skypiea Monkey D Luffy's Gomu Gomu no Ogon Rifle Yield = 13,107,891,418,313,360 joules or 31.329 megatons

Skypiea Roronoa Zoro's Physical Might



Spoiler:



Bell Diameter = 47 pixels
Beanstalk Part = 96 pixels

Beanstalk Part/Bell Diameter = 2.043

Bell Diameter = 73.257 meters (derived above)
Beanstalk Part = 149.664 meters

Spoiler:



Beanstalk Diameter = 6 pixels (after all, the Bell landed on the part of it closer to the top than the middle/bottom)
Lower Beanstalk Diameter = 7 pixels
Total Lightning Travel = 74 pixels

Lower Beanstalk Diameter/Beanstalk Diameter = 1.167
Lightning Travel/Beanstalk Diameter = 12.333

Lower Beanstalk Diameter = 174.658 meters
Total Lightning Travel = 1,845.806 meters

Lightning Speed = 440,000 m/s (as discussed above)
Time Frame = 0.004 seconds

Spoiler:



Pretty clear its the same stroke of lightning, just has had a bit of time to penetrate the layer of cloud unlike the initial frame where Zoro jumped. Not like Enel is controlling where they strike either, so the odds on lightning choosing to strike the exact same spot kind of come into play here in terms of how quick a succession this would be. How far down it went is unknown, but the maximum is obviously what I scaled to be the ground level of the buried city below anyway.

Lower Beanstalk Diameter = 170 pixels
Zoro Travel = 323 pixels
Average Beanstalk Section Thickness = 50 pixels
Beanstalk Section Travel = 58 pixels

Zoro Travel/Lower Beanstalk Diameter = 1.9
Average Beanstalk Section Thickness/Lower Beanstalk Diameter = 0.294
Beanstalk Section Travel/Lower Beanstalk Diameter = 0.341

Zoro Travel = 331.85 meters

As above suggests, time frame is 0.004 seconds.

Skypiea Roronoa Zoro's Speed = 82,963 m/s or mach 243.801

Average Beanstalk Section Thickness = 51.349 meters

Volume = PIr^2*H

r = Lower Beanstalk Diameter
H = Average Beanstalk Section Thickness

Beanstalk Section Volume = 1,229,641.785 m^3
Density = 708 kg/m^3 (using Red Oak from the link I derived wood incineration from as a placeholder [can't find a "beanstalk density" for the life of me], but its realistically more dense than rock given it pierced Upper Yard 400 years ago)
Beanstalk Section Mass = 870,586,383.78 kilograms

Beanstalk Section Travel = 59.558 meters

Again, 0.004 seconds to move.

Beanstalk Section Speed = 14,889.5 m/s

Obviously, he didn't just slice through it, but rather also imparted some sort of kinetic energy to it in order to properly sever it and have it start to act as a tipping point for the rest of the Beanstalk.

KE = 0.5mv^2

m = Beanstalk Section Mass
v = Beanstalk Section Speed

Skypiea Roronoa Zoro's Physical Might = 96,503,286,282,830,920 joules or 23.065 megatons

Enel's Raigo and Skypiea Monkey D Luffy's Gomu Gomu No Hanabi: Ogon Botan



The Raigo in its final form never gets to destroy anything, but we can derive a yield for it in 2 ways.

A low end, the Knock Up Stream (which the mass, other than launch it into the sky, indicating the burst couldn't penetrate the mass of land at all and the energy was directed to make it move instead), and more accurately, Luffy's Gomu Gomu No Hanabi: Ogon Botan (after all, its Enel's electricity holding the Cloud together and causing those abnormal internal pressures. Once Luffy's flailing around has caused it to lose enough electricity, the built up kinetic energy of his flailing becomes enough to destroy the Raigo).

I'll start with the Knock Up Stream.

Spoiler:



Beanstalk Part = 3 pixels
Upper Yard Diameter = 210 pixels

Upper Yard Diameter/Beanstalk Part = 70

Beanstalk Part = 149.664 meters (derived above)
Upper Yard Diameter = 10,476.48 meters

Spoiler:



Upper Yard Diameter = 16 pixels
Upper Yard Depth = 7 pixels
Upper Yard Height Above Skypiea = 239 pixels

Upper Yard Depth/Upper Yard Diameter = 0.438
Upper Yard Height Above Skypiea/Upper Yard Diameter = 14.938

Upper Yard Depth = 4,588.698 meters

Volume = (2/3)PIr1^2r2

r1 = Upper Yard Diameter/2
r2 = Upper Yard Depth

Upper Yard Volume = 263,571,622,611.937 m^3
Rock Density = 2,700 kg/m^3
Upper Yard Mass = 711,643,381,052,229.8 kilograms

Upper Yard Height Above Skypiea = 156,497.658 meters
Skypiea Height Above Blue Sea = 10,000 meters
Total Upper Yard Height Above Blue Sea = Skypiea Height Above Blue Sea + Upper Yard Height Above Skypiea = 166,497.658 meters

PE = mgh

m = Upper Yard Mass
g = 9.8 m/s^2
h = Total Upper Yard Height Above Blue Sea

Knock Up Stream Yield = 1,161,172,171,508,699,000,000 joules or 277.527 gigatons

Now for the Gomu Gomu No Hanabi: Ogon Botan

Spoiler:



I'm ignoring the Ark Maxim as its supposed to be about the size of the Gold Bell as we see from it very briefly for comparison in Luffy's final attack. Ark Maxim in general isn't the most consistent thing, nor is it ever easy to tell exactly where into the foreground it is related to background objects.

I'll just use the Beanstalk as its less of a snake eating its own tail that way.

Beanstalk Diameter = 3 pixels
Raigo = 649 pixels

Raigo/Beanstalk Diameter = 216.333

Beanstalk Diameter = 149.664 meters (found above)
Raigo = 32,377.262 meters

Volume = (4/3)PIr^3

r = Raigo/2

Raigo Volume = 17,762,281,828,128.78 m^3

Cloud Density = 1.003 kg/m^3

Raigo Mass = 17,815,568,673,613.17 kilograms

Notice, upon depleting the electrical charge enough to disperse the Raigo? It's concurrent with the gasping final releases of lightning from its center outward, suggesting the speed of dispersion was akin to the speed of Lightning.

Raigo Dispersion Speed = 440,000 m/s (see above)

KE = 0.5mv^2

Skypiea Monkey D Luffy's Gomu Gomu No Hanabi: Ogon Botan and Raigo Yield = 1,724,547,047,605,755,000,000,000 joules or 412.177 teratons

Obviously, we know fuck all about how many times Luffy wailed around inside the Raigo, nor do we know the rate at which the Gold Ball was able to absorb and safely deplete the electricity within, so I don't really know what Luffy gets out of this feat anyway :lmao

It does represent the power of Enel with Ark Maxim though at his most powerful.

Van Augur's Bullet Speed



Van Augur shoots a trio of seagulls in the time it takes for the smoke from his gun's barrel to disappear. The seagulls and the Going Merry cannot see Jaya over the horizon from where they are located.

First, the size of the planet

Spoiler:



Bottom Right Panel

River = 3 pixels
Alabasta = 208 pixels

Alabasta/River = 69.333

River = 50,000 meters ( )
Alabasta = 3,466,650 meters

Top Left Panel

Alabasta = 23 pixels
Distance Between Islands = 182 pixels

Distance Between Islands/Alabasta = 7.913

Distance Between Islands = 27,431,601.45 meters



Why not just scale directly from Alabasta? If you noticed above? There are no islands large enough near Alabasta to be visible from our bird's eye view. To account for this, we need to scale from the distance between islands on the Grand Line as shown on the globe. Where I scaled is likely not even Alabasta, but the odds are pretty good that Alabasta's not even an island large enough to be seen on the scale of the globe anyway.

Distance Between Islands = 6 pixels
Planet Diameter = 99 pixels

Planet Diameter/Distance Between Islands = 16.5

Planet Diameter = 452,621,423.925 meters



Upper Yard = 355 pixels
Jaya = 262 pixels

Jaya/Upper Yard = 0.738

Upper Yard = 10,476.48 meters (found above)
Jaya = 7,731.642 meters



Jaya = 398 pixels
Jaya Height = 36 pixels

Jaya Height/Jaya = 0.09

Jaya Height = 695.848 meters

None of this height peaks over the horizon for Ussop to observe.

Planet Diameter = 452,621.424 kilometers


Distance to Horizon 1 = 561,210 meters

That's just how far behind the horizon Jaya is, how about how far away from the Horizon the Straw Hats are?

Going Merry Height = 11 meters ()

Distance to Horizon 2 = 70,560 meters

Add both together for the total distance a single bullet travels.

Single Bullet Travel = 631,770 meters

He shot all three bullets before the smoke had been able to properly disappear from the end of the gun's barrel.

Total Bullet Travel = 1,895,310 meters

Time Frame = 2 seconds ()

Van Augur's Bullet Speed = 947,655 m/s or mach 2,784.845

Also , so that's neat. Usopp stupid flip dodge with Lightning too... while it lingers for him to complete it? I'm not doing those right now. Or the bit feat variants of El Thor (like , , , and like ). Or the (that powerscales off other feats here anyway).


Final Tally

Enel's El Thor Yield = 407.642 kilotons

Wyper's Burn Bazooka Yield = 14.225 kilotons

Skypiea Nami's Speed = 61,600 m/s

Skypiea Monkey D Luffy's Gomu Gomu no Ogon Rifle Speed = 81,938 m/s
Skypiea Monkey D Luffy's Gomu Gomu no Ogon Rifle Yield = 31.329 megatons

Skypiea Roronoa Zoro's Speed = 82,963 m/s
Skypiea Roronoa Zoro's Physical Might = 23.065 megatons

Knock Up Stream Yield = 277.527 gigatons

Skypiea Monkey D Luffy's Gomu Gomu No Hanabi: Ogon Botan and Raigo Yield = 412.177 teratons

Van Augur's Bullet Speed = 947,655 m/s
 
Last edited:
Nice work as always.

I'll look at the story portion and stuff and see if we can get any sense of scaling for the feats and stuff. As all these sagas need updating for power scaling.

I have an idea for the scaling for Raigou and Luffy dispersing it but I'll leave that for now.
 

ChaosTheory123

Bored with This
Spoiler:
Enel's El Thor



Spoiler:



Nami = 11 pixels
Tree Diameter 1 = 256 pixels
Tree Diameter 2 = 456 pixels
Tree Height = 656 pixels
Crater Depth = 70 pixels
Crater Diameter = 245 pixels

Tree Diameter 1/Nami = 23.272
Tree Diameter 2/Nami = 41.455
Tree Height/Nami = 59.636
Crater Depth/Nami = 6.364
Crater Diameter/Nami = 22.272

Nami = 1.69 meters ()
Tree Diameter 1 = 39.33 meters
Tree Diameter 2 = 70.059 meters
Tree Height = 100.785 meters

Volume = PIr1r2*H

r1 = (Tree Diameter 1)/2
r2 = (Tree Diameter 2)/2
H = Tree Height

Tree Volume = 217,998.466 m^3

Crater Depth = 10.755 meters
Crater Diameter = 37.64 meters

Volume = PIr^2*H

r = Crater Diameter/2
H = Crater Depth

Crater Volume = 11,961.325 m^3

Total Destruction Volume = 229,959.791 m^3


So, let's figure out a j/cc here for the incineration of this volume.

So, given these are living trees, I'll treat them as green wood.

Red Oak Green Wood Heat Value (Btu/cord) = 16,800,000 Btu/cord

1 Btu = 1,055.06 joules

Red Oak Green Wood Heat Value (joules/cord) = 17,725,008,000 joules/cord

I need the joules/kg though, so I'll divide this by Red Oak's 1,692 kg/cord

Red Oak Green Wood Heat Value (joules/kg) = 10,475,773.05 joules/kg

Given I'm using Red Oak, multiply this by 708 and then divide by 1,000,000 for the j/cc of...

7,416.847 j/cc

Which gives us an energy when multiplied by the tree's mass of...

Enel's El Thor Yield = 1,705,576,585,998,977 joules or 407.642 kilotons

Wyper's Burn Bazooka



Spoiler:




Luffy = 44 pixels
Hole Diameter = 440 pixels

Hole Diameter/Luffy = 10

Luffy = 1.72 meters ()
Hole Diameter = 17.2 meters

Spoiler:



Hole Diameter = 110 pixels
Tree Thickness = 221 pixels

Tree Thickness/Hole Diameter = 2.009

Tree Thickness = 34.555 meters

Volume = PIr^2*H

r = Hole Diameter/2
H = Tree Thickness

Hole Volume = 8,024.86 m^3

7,416.847 j/cc (derived above for wood incineration)

Wyper's Burn Bazooka Yield = 59,519,158,816,420 joules or 14.225 kilotons

Skypiea Nami's Speed



He says predicted path, but that's like saying a Baseball player is predicting the trajectory of a baseball from the pitcher's mound. She's clearly not moving before he attacks, there's nothing present, not a shred of evidence of trajectory, to "predict" before he attacks and all.

Also, no magic Lightning nonsense. It's pretty clear functions just the same as the shit he summons indiscriminately.

Spoiler:



Nami = 26 pixels
Lightning Distance = 236 pixels

Lightning Distance/Nami = 9.077

Nami = 1.69 meters ()
Lightning Distance = 15.34 meters

Spoiler:



Nami = 296 pixels
Nami Movement = 376 pixels

Nami Movement/Nami = 1.27

Nami = 1.69 meters
Nami Movement = 2.146 meters

Nami/Lightning = 0.14

Now, what about the speed? In lieu of continuously just appealing to the research of Negima's author and his 150 km/sec (if you've been wonder why we use that, that's pretty much been why for the past decade)? I figured let's update them all with something more scholarly?

cites some study that found an average speed for a stepped leader to be about 440 km/sec. While I can only get the abstract for it without paying for , I miss being a student as a tangent, but this other article ( and views) appears to corroborate it as well as listing a minor meta analysis worth of other corroborative past research findings in both its introduction and its own later findings presented in the results/discussion.

As an aside, I find it amusing they give a range of values for the distances they're discussing as of course capturing video to measure the speed of lightning won't have some kind of convenient measuring stick the strikes always land near and in the same field of visual depth for.

All that to say? I'm all for 440 km/sec if only because I can actually cite and find it beyond the research findings of a harem manaka's bullshit.

Lightning Speed = 440,000 m/s
Skypiea Nami's Speed = 61,600 m/s or mach 181.022

Skypiea Monkey D Luffy's Gomu Gomu no Ogon Rifle



Spoiler:



I ran out of colors to make lines with on this. Just thought that was interesting to let you all know.

Any rate, thanks to the converging parallel lines, I can work out more precise measurements from the foreground to the background, so that's neat.

Foreground

Person (Red Line) = 11 pixels
Length (Green Line) = 173 pixels

Length/Person = 15.727

Person (Red Line) = 1.7 meters
Length (Green Line) = 26.736 meters

Middle Background

Length (Green Line) = 100 pixels
Platform Height (Orange Line) = 92 pixels

Platform Height/Length = 0.92

Platform Height (Orange Line) = 24.597 meters

Far Background

Length (Green Line) = 73 pixels
Bell Diameter (Purple Line) = 200 pixels
Bell Height (Teal Line) = 170 pixels
Bell Thickness (Light Orange Line) = 16 pixels
Bell Tongue Diameter (Pink Line) = 41 pixels
Platform Diameter (Blue Line) = 358 pixels
Pillar Bottom Radius (Light Green Line) = 39 pixels
Pillar Bottom Top Diameter (Gray Blue Line) = 58 pixels
Pillar Bottom Height (Light Blue Line) = 75 pixels
Pilar Top Height (Light Purple Line) = 274 pixels
Pillar Top Diameter (Tan Line) = 34 pixels
Small Pillar Diameter (White Line) = 31 pixels
Small Pillar Height (Gray Line) = 176 pixels
Bell Central Holder Diameter (Light Gray Line) = 139 pixels
Bell Central Holder Height (Brown Line) = 13 pixels

Bell Diameter/Length = 2.74
Bell Height/Length = 2.329
Bell Thickness/Length = 0.219
Bell Tongue Diameter/Length = 0.562
Platform Diameter/Length = 4.904
Pillar Bottom Radius/Length = 0.534
Pillar Bottom Top Diameter/Length = 0.795
Pillar Bottom Height/Length = 1.027
Pilar Top Height/Length = 3.753
Pillar Top Diameter/Length = 0.466
Small Pillar Diameter/Length = 0.425
Small Pillar Height/Length = 2.411
Bell Central Holder Diameter/Length = 1.904
Bell Central Holder Height/Length = 0.178

Bell Diameter (Purple Line) = 73.257 meters
Bell Height (Teal Line) = 62.268 meters
Bell Thickness (Light Orange Line) = 5.855 meters

Volume = (2/3)PIr1^2r2

r1 = Bell Diameter/2
r2 = Bell Height

Gold Bell Volume w/Empty Space = 174,880.575 m^3

Volume = (2/3)PIr1^2r2

r1 = (Bell Diameter/2) - Bell Thickness
r2 = Bell Height - Bell Thickness

Empty Space Volume = 111,833.359 m^3

Subtract the pair to get...

Gold Bell Volume = 63,047.216 m^3

Bell Tongue Diameter (Pink Line) = 15.026 meters

Volume = (4/3)PIr1^2r2

r1 = Bell Tongue Diameter/2
r2 = Bell Height/2

Bell Tongue Volume = 7,357.497 m^3

Platform Diameter (Blue Line) = 131.113 meters

I know it's like an octagon, but I'm just going to treat it like a cylinder for convenience.

Volume = PIr^2*H

r = Platform Diameter/2
H = Platform Height

Platform Volume = 331,927.555 m^3

Pillar Bottom Radius (Light Green Line) = 14.277 meters
Pillar Bottom Top Diameter (Gray Blue Line) = 21.255 meters
Pillar Bottom Height (Light Blue Line) = 27.458 meters



Pillar Bottom Volume = 13,471.378 m^3

After all, while I'm calculating a half for each side, its essentially the same as one full conical frustum in total.

Pilar Top Height (Light Purple Line) = 100.34 meters
Pillar Top Diameter (Tan Line) = 12.459 meters



Individual Pillar Top Volume = 22,901.737 m^3

There are 2 of them so...

Total Pillar Top Volume = 45,803.474 m^3

Small Pillar Diameter (White Line) = 11.363 meters
Small Pillar Height (Gray Line) = 64.46 meters

Volume = 2(PIr^2*H)

r = Small Pillar Diameter/2
H = Small Pillar Height

Total Small Pillar Volume = 13,067.002 m^3

Bell Central Holder Diameter (Light Gray Line) = 50.905 meters
Bell Central Holder Height (Brown Line) = 4.759 meters

Volume = PIr^2*H

r = Bell Central Holder Diameter/2
H = Bell Central Holder Height

Bell Central Holder Volume = 9,680.688 m^3

Add all the volumes to get...

Total Gold Bell Support Structure Volume = 476,997.313 m^3
Gold Density = 19,300 kg/m^3
Total Gold Bell Support Structure Mass = 9,206,048,140.9 kilograms

Spoiler:



Enel = 60 pixels
Gold Ball Diameter = 101 pixels

Gold Ball Diameter/Enel = 1.683

Enel = 2.66 meters ()
Gold Ball Diameter = 4.477 meters

Spoiler:



For , the Gold Bell and its Support Structure appears to sit roughly where that crease I measured to in the Cloud is. Luffy's punch pushed it clear off the platform from that position.

Bell Diameter = 18 pixels
Ark Maxim Diameter = 36 pixels
Bell Distance = 59 pixels
Punch Distance = 43 pixels

Ark Maxim Diameter/Bell Diameter = 2
Bell Distance/Bell Diameter = 3.278
Punch Distance/Bell Diameter = 2.389

Bell Diameter = 73.257 meters (because I know your eyes probably glazed over above)
Ark Maxim Diameter = 146.514 meters
Bell Distance = 240.136 meters
Punch Distance = 175.011 meters

Spoiler:



Panel Height = 506 pixels
Ark Maxim Diameter = 16 pixels
Distance From Ark Maxim = 24 pixels
Gold Ball Diameter = 102 pixels

Distance From Ark Maxim/Ark Maxim Diameter = 1.5

Distance From Ark Maxim = 219.771 meters

2*atan(Object_Size/(Panel_Height/tan(FoV/2))) = object degree size





Ark Maxim Diameter = 2.537 degrees
Gold Ball Diameter = 16.068 degrees


Distance From Ark Maxim Diameter = 3,308.3 meters
Distance From Gold Ball Diameter = 15.859 meters

Luffy's Arm Extension = 3,292.441 meters

Total Initial Punch Distance = 3,687.223 meters

Spoiler:



Would you believe this is like... the only above shot of the damn thing that'd let me measure the full ship?

Ark Maxim Diameter = 276 pixels
Ark Maxim Length = 271 pixels
Exhaust Diameter = 31 pixels

Ark Maxim Length/Ark Maxim Diameter = 0.982
Exhaust Diameter/Ark Maxim Diameter = 0.112

Ark Maxim Length = 143.877 meters
Exhaust Diameter = 16.41 meters

Now to find the minimum time frame~

Spoiler:



Ark Maxim Length = 165 pixels
Initial Height = 21 pixels (makes sense on account the punch seems to land square around his chest)

Initial Height/Ark Maxim Length = 0.127

Initial Height = 18.272 meters

Spoiler:



Would have preferred using the full ship, but the exhaust pipe will have to do.

Exhaust Diameter = 27 pixels
Final Height = 30 pixels

Final Height/Exhaust Diameter = 1.111

Final Height = 18.232 meters

Subtract initial from the final for...

Total Fall Distance = 0.04 meters

Well, that definitely reflects the barely perceivable difference between the start and finish. Had the final height been higher than the initial, I'd have modeled it as if he had still been rising, but its interesting to see it measured out to having him slightly fall instead of slightly rise.

Time to Fall a Given Distance = sqrt(2d/G)

d = Total Fall Distance
G = 9.8 m/s^2

Time Frame = 0.09 seconds

Obviously, a portion of this time frame is spent on the punch traveling from behind Luffy, to Enel, all the way to impacting the Bell where it initially sits. To compensate, let's halve the derived time frame for the Bell's movement across the cloud top as well as how ever long Luffy has to initially punch before impacting the Bell.

Punch Time Frame = 0.045 seconds

Skypiea Monkey D Luffy's Gomu Gomu no Ogon Rifle Speed = 81,938 m/s or mach 240.789

Bell Time Frame = 0.045 seconds

Bell Movement Speed = 5,336.356 m/s

KE = 0.5mv^2

m = Total Gold Bell Support Structure Mass
v = Bell Movement Speed

Skypiea Monkey D Luffy's Gomu Gomu no Ogon Rifle Yield = 13,107,891,418,313,360 joules or 31.329 megatons

Skypiea Roronoa Zoro's Physical Might



Spoiler:



Bell Diameter = 47 pixels
Beanstalk Part = 96 pixels

Beanstalk Part/Bell Diameter = 2.043

Bell Diameter = 73.257 meters (derived above)
Beanstalk Part = 149.664 meters

Spoiler:



Beanstalk Diameter = 6 pixels (after all, the Bell landed on the part of it closer to the top than the middle/bottom)
Lower Beanstalk Diameter = 7 pixels
Total Lightning Travel = 74 pixels

Lower Beanstalk Diameter/Beanstalk Diameter = 1.167
Lightning Travel/Beanstalk Diameter = 12.333

Lower Beanstalk Diameter = 174.658 meters
Total Lightning Travel = 1,845.806 meters

Lightning Speed = 440,000 m/s (as discussed above)
Time Frame = 0.004 seconds

Spoiler:



Pretty clear its the same stroke of lightning, just has had a bit of time to penetrate the layer of cloud unlike the initial frame where Zoro jumped. Not like Enel is controlling where they strike either, so the odds on lightning choosing to strike the exact same spot kind of come into play here in terms of how quick a succession this would be. How far down it went is unknown, but the maximum is obviously what I scaled to be the ground level of the buried city below anyway.

Lower Beanstalk Diameter = 170 pixels
Zoro Travel = 323 pixels
Average Beanstalk Section Thickness = 50 pixels
Beanstalk Section Travel = 58 pixels

Zoro Travel/Lower Beanstalk Diameter = 1.9
Average Beanstalk Section Thickness/Lower Beanstalk Diameter = 0.294
Beanstalk Section Travel/Lower Beanstalk Diameter = 0.341

Zoro Travel = 331.85 meters

As above suggests, time frame is 0.004 seconds.

Skypiea Roronoa Zoro's Speed = 82,963 m/s or mach 243.801

Average Beanstalk Section Thickness = 51.349 meters

Volume = PIr^2*H

r = Lower Beanstalk Diameter
H = Average Beanstalk Section Thickness

Beanstalk Section Volume = 1,229,641.785 m^3
Density = 708 kg/m^3 (using Red Oak from the link I derived wood incineration from as a placeholder [can't find a "beanstalk density" for the life of me], but its realistically more dense than rock given it pierced Upper Yard 400 years ago)
Beanstalk Section Mass = 870,586,383.78 kilograms

Beanstalk Section Travel = 59.558 meters

Again, 0.004 seconds to move.

Beanstalk Section Speed = 14,889.5 m/s

Obviously, he didn't just slice through it, but rather also imparted some sort of kinetic energy to it in order to properly sever it and have it start to act as a tipping point for the rest of the Beanstalk.

KE = 0.5mv^2

m = Beanstalk Section Mass
v = Beanstalk Section Speed

Skypiea Roronoa Zoro's Physical Might = 96,503,286,282,830,920 joules or 23.065 megatons

Enel's Raigo and Skypiea Monkey D Luffy's Gomu Gomu No Hanabi: Ogon Botan



The Raigo in its final form never gets to destroy anything, but we can derive a yield for it in 2 ways.

A low end, the Knock Up Stream (which the mass, other than launch it into the sky, indicating the burst couldn't penetrate the mass of land at all and the energy was directed to make it move instead), and more accurately, Luffy's Gomu Gomu No Hanabi: Ogon Botan (after all, its Enel's electricity holding the Cloud together and causing those abnormal internal pressures. Once Luffy's flailing around has caused it to lose enough electricity, the built up kinetic energy of his flailing becomes enough to destroy the Raigo).

I'll start with the Knock Up Stream.

Spoiler:



Beanstalk Part = 3 pixels
Upper Yard Diameter = 210 pixels

Upper Yard Diameter/Beanstalk Part = 70

Beanstalk Part = 149.664 meters (derived above)
Upper Yard Diameter = 10,476.48 meters

Spoiler:



Upper Yard Diameter = 16 pixels
Upper Yard Depth = 7 pixels
Upper Yard Height Above Skypiea = 239 pixels

Upper Yard Depth/Upper Yard Diameter = 0.438
Upper Yard Height Above Skypiea/Upper Yard Diameter = 14.938

Upper Yard Depth = 4,588.698 meters

Volume = (2/3)PIr1^2r2

r1 = Upper Yard Diameter/2
r2 = Upper Yard Depth

Upper Yard Volume = 263,571,622,611.937 m^3
Rock Density = 2,700 kg/m^3
Upper Yard Mass = 711,643,381,052,229.8 kilograms

Upper Yard Height Above Skypiea = 156,497.658 meters
Skypiea Height Above Blue Sea = 10,000 meters
Total Upper Yard Height Above Blue Sea = Skypiea Height Above Blue Sea + Upper Yard Height Above Skypiea = 166,497.658 meters

PE = mgh

m = Upper Yard Mass
g = 9.8 m/s^2
h = Total Upper Yard Height Above Blue Sea

Knock Up Stream Yield = 1,161,172,171,508,699,000,000 joules or 277.527 gigatons

Now for the Gomu Gomu No Hanabi: Ogon Botan

Spoiler:



I'm ignoring the Ark Maxim as its supposed to be about the size of the Gold Bell as we see from it very briefly for comparison in Luffy's final attack. Ark Maxim in general isn't the most consistent thing, nor is it ever easy to tell exactly where into the foreground it is related to background objects.

I'll just use the Beanstalk as its less of a snake eating its own tail that way.

Beanstalk Diameter = 3 pixels
Raigo = 649 pixels

Raigo/Beanstalk Diameter = 216.333

Beanstalk Diameter = 149.664 meters (found above)
Raigo = 32,377.262 meters

Volume = (4/3)PIr^3

r = Raigo/2

Raigo Volume = 17,762,281,828,128.78 m^3

Cloud Density = 1.003 kg/m^3

Raigo Mass = 17,815,568,673,613.17 kilograms

Notice, upon depleting the electrical charge enough to disperse the Raigo? It's concurrent with the gasping final releases of lightning from its center outward, suggesting the speed of dispersion was akin to the speed of Lightning.

Raigo Dispersion Speed = 440,000 m/s (see above)

KE = 0.5mv^2

Skypiea Monkey D Luffy's Gomu Gomu No Hanabi: Ogon Botan and Raigo Yield = 1,724,547,047,605,755,000,000,000 joules or 412.177 teratons

Obviously, we know fuck all about how many times Luffy wailed around inside the Raigo, nor do we know the rate at which the Gold Ball was able to absorb and safely deplete the electricity within, so I don't really know what Luffy gets out of this feat anyway :lmao

It does represent the power of Enel with Ark Maxim though at his most powerful.

Van Augur's Bullet Speed



Van Augur shoots a trio of seagulls in the time it takes for the smoke from his gun's barrel to disappear. The seagulls and the Going Merry cannot see Jaya over the horizon from where they are located.

First, the size of the planet

Spoiler:



Bottom Right Panel

River = 3 pixels
Alabasta = 208 pixels

Alabasta/River = 69.333

River = 50,000 meters ( )
Alabasta = 3,466,650 meters

Top Left Panel

Alabasta = 23 pixels
Distance Between Islands = 182 pixels

Distance Between Islands/Alabasta = 7.913

Distance Between Islands = 27,431,601.45 meters



Why not just scale directly from Alabasta? If you noticed above? There are no islands large enough near Alabasta to be visible from our bird's eye view. To account for this, we need to scale from the distance between islands on the Grand Line as shown on the globe. Where I scaled is likely not even Alabasta, but the odds are pretty good that Alabasta's not even an island large enough to be seen on the scale of the globe anyway.

Distance Between Islands = 6 pixels
Planet Diameter = 99 pixels

Planet Diameter/Distance Between Islands = 16.5

Planet Diameter = 452,621,423.925 meters



Upper Yard = 355 pixels
Jaya = 262 pixels

Jaya/Upper Yard = 0.738

Upper Yard = 10,476.48 meters (found above)
Jaya = 7,731.642 meters



Jaya = 398 pixels
Jaya Height = 36 pixels

Jaya Height/Jaya = 0.09

Jaya Height = 695.848 meters

None of this height peaks over the horizon for Ussop to observe.

Planet Diameter = 452,621.424 kilometers


Distance to Horizon 1 = 561,210 meters

That's just how far behind the horizon Jaya is, how about how far away from the Horizon the Straw Hats are?

Going Merry Height = 11 meters (official height)

Distance to Horizon 2 = 70,560 meters

Add both together for the total distance a single bullet travels.

Single Bullet Travel = 631,770 meters

He shot all three bullets before the smoke had been able to properly disappear from the end of the gun's barrel.

Total Bullet Travel = 1,895,310 meters

Time Frame = 2 seconds ()

Van Augur's Bullet Speed = 947,655 m/s or mach 2,784.845

Also , so that's neat. Usopp stupid flip dodge with Lightning too... while it lingers for him to complete it? I'm not doing those right now. Or the bit feat variants of El Thor.


Final Tally

Enel's El Thor Yield = 407.642 kilotons

Wyper's Burn Bazooka Yield = 14.225 kilotons

Skypiea Nami's Speed = 61,600 m/s

Skypiea Monkey D Luffy's Gomu Gomu no Ogon Rifle Speed = 81,938 m/s
Skypiea Monkey D Luffy's Gomu Gomu no Ogon Rifle Yield = 31.329 megatons

Skypiea Roronoa Zoro's Speed = 82,963 m/s
Skypiea Roronoa Zoro's Physical Might = 23.065 megatons

Knock Up Stream Yield = 277.527 gigatons

Skypiea Monkey D Luffy's Gomu Gomu No Hanabi: Ogon Botan and Raigo Yield = 412.177 teratons

Van Augur's Bullet Speed = 947,655 m/s
added Van Augur's bullet speed
 
Long Ring Long Land/Water 7/Enies Lobby Arc New

ChaosTheory123

Bored with This
Spoiler:
Aokiji's Ice Age





Aokiji freezes the ocean clear to the horizon in every direction in front of group so that some old man can reach his friends on a faraway section of Long Ring Long Land.

Spoiler:



Aokiji = 40 pixels
Partial Height of Eye 1 = 41 pixels

Partial Height of Eye 1/Aokiji = 1.025

Aokiji = 2.98 meters ()
Partial Height of Eye 1 = 3.055 meters

Spoiler:



Robin = 31 pixels
Partial Height of Eye 2 = 250 pixels (at the minimum, we're looking down on that pillar much like we are most of the comparably tall trees in the area)
Sea King Diameter = 255 pixels
Panel Height = 1200 pixels
Ice Age Width = 1520 pixels

Partial Height of Eye 2/Robin = 8.065
Sea King Diameter/Robin = 8.226

Robin = 1.88 meters ()
Partial Height of Eye 2 = 15.162 meters
Total Height of Eye = 18.217 meters

Planet Diameter = 452,621.424 kilometers


Distance to Horizon = 90,800 meters
Sea King Diameter = 15.465 meters

Sea King Diameter = Minimum Frozen Depth

Now the Ice Age Width.

2*atan(Object_Size/(Panel_Height/tan(FoV/2))) = object degree size


Ice Age Width = 83.142 degrees


Plug in "Distance to Horizon" to distance and "Ice Age Width" into degrees to get...

Ice Age Width = 161,070 meters

Spoiler:



Distance to Horizon = 7 pixels
Ice Age Length = 57 pixels

Ice Age Length/Distance to Horizon = 8.143

Ice Age Length = 739,384.4 meters

Volume = (L^2)H

L = Ice Age Length
W = Ice Age Width
H = Minimum Frozen Depth

Ice Age Volume = 1,841,767,759,688.22 m^3
Water Density = 1,000 kg/m^3
Ice Age Mass = 1,841,767,759,688,220 kilograms

Latent Heat of Fusion = 334,000 j/kg (GM used it , probably found from a place like )

Aokiji's Ice Age Yield = 615,150,431,735,865,500,000 joules or 147.024 gigatons

Long Ring Long Land Monkey D Luffy's Speed





Luffy dodges Foxy's Noro Noro no Mi attacks, which are comprised of photons ( ), so speed of light projectiles.

Spoiler:



Top Panel

Luffy = 26 pixels
Horizontal Distance = 117 pixels

Horizontal Distance/Luffy = 4.5

Luffy = 1.72 meters ()
Horizontal Distance = 7.74 meters

Angle = 45 degrees (not that I can measure the angle from the perspectives given anyway, but this should at least keep the distance the photons move higher compared to Luffy's)


Total Noro Noro Travel Distance = 10.946 meters

Bottom Panel

Background Reflection

Luffy = 106 pixels
Tile = 47 pixels

Tile/Luffy = 0.443

Tile = 0.762 meters

Foreground Reflection

Tile = 60
Noro Noro Diameter = 117 pixels

Noro Noro Diameter/Tile = 1.95

Noro Noro Diameter = 1.486 meters

To avoid the attack, Luffy needs to move about a single radius of the Noro Noro Beam to avoid it.

Noro Noro Radius = Luffy Movement = 0.743 meters

Luffy Movement/Total Noro Noro Travel Distance = 0.068

Speed of Light = 300,000,000 m/s

Long Ring Long Land Monkey D Luffy's Speed = 20,400,000 m/s or 0.068C

Water 7 Monkey D Luffy and Roronoa Zoro's Gomu Gomu no Sanbyaku Pound Cannon





Spoiler:



Nami = 17 pixels
Rocketman Height = 97 pixels
Rocketman Length = 428 pixels

Rocketman Height/Nami = 5.706
Rocketman Length/Nami = 25.176

Nami = 1.69 meters ()
Rocketman Height = 9.643 meters
Rocketman Length = 42.547 meters

Spoiler:



Rocketman Length = 241 pixels
Full Train Length = 447 pixels

Full Train Length/Rocketman Length = 1.855

Full Train Length = 78.925 meters

Spoiler:



Full Train Length = 40 pixels
Aqua Laguna Hole Length = 577 pixels

Aqua Laguna Hole Length/Full Train Length = 14.425

Aqua Laguna Hole Length = 1,138.493 meters

Spoiler:



Rocketman Length = 109 pixels
Aqua Laguna Hole Diameter = 330 pixels

Aqua Laguna Hole Diameter/Rocketman Length = 3.028

Aqua Laguna Hole Diameter = 128.832 meters

Volume = PIr^2*H

r = Aqua Laguna Hole Diameter/2
H = Aqua Laguna Hole Length

Aqua Laguna Hole Volume = 14,833,632.635 m^3
Water Density = 1,000 kg/m^3
Aqua Laguna Displaced Mass = 14,833,632,635 kilograms

Ok, but how about the speed?

Well, take a look. The tide of the sea recedes to as viewed from the top of Water 7's walls. All done roughly in the time an average salt water fish is still alive (as it should be in the process of dying due to being out of the water) and energetic enough to be flopping around on the sea floor (look at the orange speech bubble, it distinguishes the fact the fish is flopping around still).

Spoiler:



Water 7 = 288 pixels
Water 7 Height of Eye = 73 pixels

Water 7 Height of Eye/Water 7 = 0.253

Water 7 = 5,000 meters (said to be the largest town/city they've seen [ and ], so bigger than Alubarna in Alabasta [ and ])
Water 7 Height of Eye = 1,265 meters


Planet Diameter = 452,621.424 kilometers (found )

Distance to Horizon = 756,680 meters

In general? How long does a fish live without water?
Article 1 said:


How Long Can Fish Survive Out of Water?
Quick Answer
: 3-5 minutes for common smaller fish species up to around 8-10 minutes for larger, hardier fish species.

...

Typical pond fish species, and goldfish, are not equipped with special mechanisms for surviving outside of water. They will quickly deteriorate within a few seconds of gill exposure to air, and will seldom survive past the 3- to 5-minute mark without access to water.

...

For the largest and most hardy of common fish species kept as pets, the fish may survive up to 10 minutes but with possible permanent damage and lasting effects to gills and tissue.
Article 2 said:


The answer isn’t quite as simple as you would imagine. Since there are , there are many times that fish can survive outside of the water for extended periods.

...

Saltwater fish will often survive longer, but not much longer than about 10 minutes, though sometimes they can last up to 20 if they are on a non-absorbent substance.
Article 3 said:


Some fish can survive for a few minutes out of water, some for a few hours, and some for even a few months! This mostly depends on the species of fish, the habitat/environment, and how long you fight the fish.

...

In particular, trout fair particularly poorly when out of the water for even a few minutes.

...

What about the average, non-air-breathing fish that didn’t spend a long time fighting on a moderate-temperature day? Fish like bass, perch, and drum that don’t have any air-breathing adaptions are usually fine being out of the water for a few minutes out of the water, but it’s best to return fish to water as soon as possible to reduce their stress! If it takes several minutes to get a stubborn hook out, these fish should still be fine if you release them, but keep an eye on them when you put them back in the water.

Time Frame (Low End) = 600 seconds
Time Frame (Middle End) = 300 seconds
Time Frame (High End) = 180 seconds

Aqua Laguna Speed (Low End) = 1,261.133 m/s
Aqua Laguna Speed (Middle End) = 2,522.267 m/s
Aqua Laguna Speed (High End) = 4,203.778 m/s

Now the train's speed.

Spoiler:



Diagram aside, the train does indeed fit inside that room, so this is how I'll be scaling the Tower of Justice.

Rocketman Length = 61 pixels
Tower of Justice Width = 186 pixels

Tower of Justice Width/Rocketman Length = 3.049

Tower of Justice Width = 129.726 meters

Spoiler:



Tower of Justice Width = 30 pixels
Rocketman Travel = 174 pixels (look )

Rocketman Travel/Tower of Justice Width = 5.8

Rocketman Travel = 752.411 meters

Time Frame = 4 seconds (found here [ and ])
Rocketman Speed = 188.103 m/s

So, add the pair of speeds together so that you get the relative speed of the scene.

Total Speed Between Rocketman and Aqua Laguna (Low End) = 1,449.236 m/s
Total Speed Between Rocketman and Aqua Laguna (Middle End) = 2,710.37 m/s
Total Speed Between Rocketman and Aqua Laguna (High End) = 4,391.881 m/s

Now for the speed they punched through Aqua Laguna.

Spoiler:



Top Right Panel

Rocketman Height = 15 pixels
Initial Distance From Aqua Laguna = 19 pixels

Initial Distance From Aqua Laguna/Rocketman Height = 1.267

Initial Distance From Aqua Laguna = 12.218 meters

Bottom Right Panel

Rocketman Height = 50 pixels
Final Distance From Aqua Laguna = 32 pixels
Gomu Gomu no Sanbyaku Pound Cannon Travel = 72 pixels

Final Distance From Aqua Laguna/Rocketman Height = 0.64
Gomu Gomu no Sanbyaku Pound Cannon Travel/Rocketman Height = 1.44

Final Distance From Aqua Laguna = 6.172 meters

Subtract the initial from the final to get...

Difference in Distance From Aqua Laguna = 6.046 meters

Gomu Gomu no Sanbyaku Pound Cannon Travel = 13.886 meters

Gomu Gomu no Sanbyaku Pound Cannon Travel/Difference in Distance From Aqua Laguna = 2.297

Thus, multiply the speeds of the scene derived earlier the ratio to get...

Gomu Gomu no Sanbyaku Pound Cannon Speed (Low End) = 3,328.895 m/s
Gomu Gomu no Sanbyaku Pound Cannon Speed (Middle End) = 6,225.72 m/s
Gomu Gomu no Sanbyaku Pound Cannon Speed (High End) = 10,088.151 m/s

KE = 0.5mv^2

m = Aqua Laguna Displaced Mass
v = Gomu Gomu no Sanbyaku Pound Cannon Speed

Water 7 Monkey D Luffy and Roronoa Zoro's Gomu Gomu no Sanbyaku Pound Cannon Yield (Low End) = 82,189,760,942,918,520 joules or 19.643 megatons
Water 7 Monkey D Luffy and Roronoa Zoro's Gomu Gomu no Sanbyaku Pound Cannon Yield (Middle End) = 287,472,755,999,671,100 joules or 68.708 megatons
Water 7 Monkey D Luffy and Roronoa Zoro's Gomu Gomu no Sanbyaku Pound Cannon Yield (High End) = 754,815,260,358,062,900 joules or 180.405 megatons

Enies Lobby Nami's Speed





Spoiler:



Middle Left Panel

Nami = 40 pixels
Lightning Distance = 137 pixels

Lightning Distance/Nami = 3.425

Nami = 1.69 meters ()
Lightning Distance = 5.788 meters

Bottom Panel

Marine = 302 pixels
Lightning Impact Diameter = 482 pixels

Lightning Impact Diameter/Marine = 1.596

Marine = 1.7 meters
Lighting Impact Diameter = 2.713 meters

Nami needs to have moved at least the radius of the impact diameter away from where she had been standing to avoid the lightning as she did at a minimum so...

Nami Movement = 1.357 meters

Nami Movement/Lightning Distance = 0.234

Lightning Speed = 440,000 m/s (discussed )
Enies Lobby Nami's Speed = 102,960 m/s or mach 302.565

Kalifa's Reaction Speed





Spoiler:



Kalifa = 101 pixels
CLoud Height Above Kalifa = 58 pixels

Cloud Height Above Kalifa/Kalifa = 0.574

Kalifa = 1.85 meters ()
Cloud Height Above Kalifa = 1.062 meters

Speed of Lightning = 440,000 m/s

Kalifa's Reaction Time = 0.00000241 seconds

Melee range is about 1 meter so...

Kalifa's Reaction Speed = 414,938 m/s or mach 1,219.366

Enies Lobby Monkey D Luffy's Gomu Gomu no Gigant Pistol





Spoiler:



Tower of Justice Width = 31 pixels
Prop Diameter = 41 pixels

Prop Diameter/Tower of Justice Width = 1.323

Prop Diameter = 171.627 meters

Spoiler:



Prop Diameter = 20 pixels
Prop Destruction Height = 15 pixels
Hole Diameter = 10 pixels

Prop Destruction Height/Prop Diameter = 0.75
Hole Diameter = 0.5

Prop Destruction Height = 128.72 meters
Hole Diameter = 85.814 meters

Spoiler:



Prop Diameter = 106 pixels
Wall Thickness = 6 pixels

Wall Thickness/Prop Diameter = 0.057

Wall Thickness = 9.783 meters

Volume = PIr^2*H

r = Hole Diameter/2
H = Wall Thickness

Hole Volume = 56,553.307 m^3

Volume = PIr^2*H

r = Prop Diameter/2
H = Prop Destruction Height

Total Prop Destruction Volume w/Empty Space = 2,976,369.943 m^3

Volume = Pr^2*H

r = (Prop Diameter/2) - Wall Thickness
H = Prop Destruction Height - Wall Thickness

Empty Space Volume = 2,158,849.27 m^3

Subtract the total volume from the empty space...

Prop Destruction Volume = 817,520.673 m^3

Add the hole volume...

Total Destruction Volume = 874,073.98 m^3



Enies Lobby Monkey D Luffy's Gomu Gomu no Gigant Pistol Yield = 6,992,591,840,000 joules or 1.671 kilotons

There are other bit feats like , Luffy buildings before Aqua Laguna drowned him, , Zoro and Sanji , Luffy's of Gear Third, , and Garp's giant . All are bit feats and all are not something I feel like compiling right now, especially when most of Long Ring Long Land/Water 7/Enies Lobby is entirely bit feats.


Final Tally

Aokiji's Ice Age Yield = 147.024 gigatons

Long Ring Long Land Monkey D Luffy's Speed = 0.068C

Water 7 Monkey D Luffy and Roronoa Zoro's Gomu Gomu no Sanbyaku Pound Cannon Yield (Low End) = 19.643 megatons
Water 7 Monkey D Luffy and Roronoa Zoro's Gomu Gomu no Sanbyaku Pound Cannon Yield (Middle End) = 68.708 megatons
Water 7 Monkey D Luffy and Roronoa Zoro's Gomu Gomu no Sanbyaku Pound Cannon Yield (High End) = 180.405 megatons

Enies Lobby Nami's Speed = 102,960 m/s

Kalifa's Reaction Speed = 414,938 m/s

Enies Lobby Monkey D Luffy's Gomu Gomu no Gigant Pistol Yield = 1.671 kilotons
 
Last edited:
Banaro Island/Thriller Bark/Sabaody Archipelago Arc New

ChaosTheory123

Bored with This
Spoiler:
Portgas D Ace's Dai Enkai: Entei vs Blackbeard's Yami Yami no Mi





Spoiler:



Ace = 4 pixels
Debris = 114 pixels

Debris/Ace = 28.5

Ace = 1.85 meters ()
Debris = 52.725 meters

Spoiler:



Bottom Panel

Debris = 12 pixels
Former Town = 471 pixels

Former Town/Debris = 39.25

Former Town = 2,069.456 meters

Top Panel

Former Town = 210 pixels
Tree = 22 pixels

Tree/Former Town = 0.105

Tree = 217.293 meters

Big fucking trees, but sure, why not.

Spoiler:



Tree = 40 pixels
Banana Rock = 159 pixels

Banana Rock/Tree = 3.975

Banana Rock = 863.74 meters

Spoiler:



Honestly, Banana Rock is probably a smaller rock we can't even see, so this is something of a low end all things considered.

I chose the top there because its the only part of Banaro Island absent during the clash between Ace and Blackbeard. Odds are pretty good the top of the rock is what I measured above, if not a smaller rock we can't see like I said already.

Banana Rock = 17 pixels
Banaro Island Partial Distance = 228 pixels

Banaro Island Partial Distance/Banana Rock = 13.412

Banaro Island Partial Distance = 11,584.481 meters

Spoiler:



Could probably measure this off the fact the , from the chunks of rock debris being thrown away from the blast zone, but I'm using how wavy the impact made the surrounding ocean.

No option is perfect, I wish we got more than a pair of chapters from this particular confrontation, but so be it.

Banaro Island Partial Distance = 246 pixels
Explosion Radius = 362 pixels
Wave Length = 130 pixels
Wave Height = 32 pixels

Explosion Diameter/Banaro Island Partial Distance = 1.472
Wave Length/Banaro Island Partial Distance = 0.528
Wave Height/Banaro Island Partial Distance = 0.13

Explosion Radius = 17,052.356 meters

Surface Area = 4PIr^2

r = Explosion Radius

Explosion Surface Area = 3,652,232,535.093 m^2

Wave Length = 6,116.606 meters
Wave Height = 1,505.983 meters

Surface Area = LW

L = Wave Length
W = Wave Height

Wave Surface Area = 9,211,504.654 m^2

Explosion/Wave = 396.486

Volume = (LW^2)/2

L = Wave Length
W = Wave Height

Wave Volume = 6,936,184,706.445 m^3
Water Density = 1,000 kg/m^3
Wave Mass = 6,936,184,706,445 kilograms

PE = mgh

m = Wave Mass
g = 9.8 m/s^2
h = Wave Height/2

Wave Potential Energy = 51,184,303,638,554,180 joules

Portgas D Ace's Dai Enkai: Entei vs Blackbeard's Yami Yami no Mi Yield = 20,293,859,812,435,790,000 joules or 4.85 gigatons

Shadow's Asgard Gecko Moria's Physical Might



No one tell me to scale from Kuma or . Oar's a massive Ouroboros where he's officially barely taller than the Thousand Sunny, yet he and his descendant are somehow about the ? That ? So that's a no. I refuse to use his ass as a measuring stick unless I literally have no other options.

Kuma's clearly drawn at exaggerated scale the few times we see him compared to some ship components, most egregiously where his height compared to it would contradict the fact the Sunny and the considerably larger ship Brooks was previously on kind of need to fit under the entrance leading into Thriller Bark, something scaling off Kuma doesn't allow to accomplish.

Hilariously, Kuma's most accurate to scale shot related to the mast is , directly contradicting a similar shot he has and like with the entrance to the ship with Kuma on top above.

The shot is in line with the waterway scaling I got going on here, so I may offer it up as an alternative later if I care enough.

That said?

Spoiler:



Thousand Sunny = 47 pixels
Waterway = 333 pixels

Waterway/Thousand Sunny = 7.085

Thousand Sunny = 56 meters ()
Waterway = 396.76 meters

Spoiler:



While isn't to scale with any actual shots of Thriller Bark we're shown, it does tell us that left/right masts are roughly the size of the hull's thickness, so I can more accurately measure the gap between the island and the ship's exterior. Shouldn't be something I needed to work around, but is literally the only one that shows the thickness of the hull concurrent with the waterway gap... and its after Moria split the fucking island and moved the pieces some nominal distance apart... so I can't use the waterway directly there.

Waterway = 23 pixels
Island Radius = 105 pixels
Thriller Bark Radius = 137 pixels
Hole Diameter 1 = 13 pixels
Hole Diameter 2 = 11 pixels
Central Mast Diameter = 19 pixels

Island Radius/Waterway = 4.565
Thriller Bark Radius/Waterway = 5.957
Hole Diameter 1/Waterway = 0.565
Hole Diameter 2/Waterway = 0.478
Central Mast Diameter/Waterway = 0.826

Island Radius = 1,811.209 meters
Island Diameter = 3,622.418 meters
Thriller Bark Radius = 2,363.499 meters
Thriller Bark Diameter = 4,726.998 meters
Hole Diameter 1 = 224.169 meters
Hole Diameter 2 = 189.651 meters
Central Mast Diameter = 327.724 meters

Spoiler:



I still can't account for the full depth of the ship, but I can at least infer the bit of the mouth that went underwater accounts for just that much more of the island's depth at the center that was split apart as Moria caused it to fissure.

Thriller Bark Diameter = 204 pixels
Island Diameter Post Fissure = 168 pixels
Island Depth (Blue + Orange Line) = 82 pixels

Island Diameter Post Fissure = 0.824
Island Depth = 0.402

Island Diameter Post Fissure = 3,895.046 meters
Total Average Fissure Diameter = Island Diameter Post Fissure - Island Diameter = 272.628 meters

Honestly, the fact there's a difference between island diameter is probably most likely a case of convenient serendipity on Oda's part, he doesn't really strike me as someone that thinks the implications of creating a large fissure like gap would mean, but maybe it was intentional given the island's diameter before Moria's punch was between the outer masts whereas after the fissure the island's diameter went beyond them. All the same, I'm just reporting the math.

Island Depth = 1,900.253 meters

Volume = (2/3)PIr1^2r2

r1 = Island Diameter/2
r2 = Island Depth

Island Volume = 13,049,292,049.356 m^3
Rock Density = 2,700 kg/m^3
Island Mass = 35,233,088,533,261.2 kilograms

What about time frame?

Anything I'd use as a measuring stick is in the fucking background , so I'll have to correct for that and measure something out for something in the foreground.

Like the trees. Not perfect, hardly exact, but it'll get the job done.

Spoiler:



So... a full shot of a tree doesn't exist as far as I can see. Most I get is tree trunks or full shots well into the foreground compared to characters in the background, which isn't exactly ideal for this already imprecise measuring stick. The best one I could find was this dead one without the leaves. Should be serviceable, the leaves shouldn't really add too much to the overall height.

Luffy = 21 pixels
Tree = 143 pixels

Tree/Luffy = 6.81

Luffy = 1.72 meters ()
Tree = 11.713 meters

Spoiler:



Why that chunk of debris in particular? Its towards the epicenter, so it'd have started to rise with the dust around Moria's fist among the first things to do so. The only assumption I'm making here is its reached the apex of its travel here, when the clearing of the dust by suggests everything on panel at this time has far from peaked in terms of how far its going to move.

Which is why I'm also including average human reaction time as time frames as other ends given the "!!!?" reaction speech bubble that informs us the observing characters, or possibly even the audience, is reacting in the time the feat takes to complete.

Tree = 46 pixels
Debris Height = 13 pixels

Debris Height/Tree = 0.283

Debris Height = 3.315 meters

Time Frame = sqrt(2d/g)

d = Debris Height
g = 9.8 m/s^2

Time Frame (Debris; Low End) = 0.823 seconds
Time Frame (Reaction; Low Middle End) = 0.284 seconds (the recorded, if not skewed by tech average, )
Time Frame (Reaction; High Middle End) = 0.25 seconds (noted as average )
Time Frame (Reaction; High End) = 0.2 seconds (likewise as the middle end)

Island Mass Split Speed = (Total Average Fissure Diameter/2)/Time Frame

Island Mass Split Speed (Debris; Low End) = 165.631 m/s
Island Mass Split Speed (Reaction; Low Middle End) = 479.979 m/s
Island Mass Split Speed (Reaction; High Middle End) = 545.256 m/s
Island Mass Split Speed (Reaction; High End) = 681.67 m/s

KE = 0.5mv^2

m = Island Mass
v = Island Mass Split Speed

Shadow's Asgard Gecko Moria's Physical Might (Debris; Low End) = 483,285,724,892,540,300 joules or 115.508 megatons
Shadow's Asgard Gecko Moria's Physical Might (Reaction; Low Middle End) = 4,058,496,657,268,171,000 joules or 970.004 megatons
Shadow's Asgard Gecko Moria's Physical Might (Reaction; High Middle End) = 5,237,470,935,825,959,000 joules or 1.252 gigatons
Shadow's Asgard Gecko Moria's Physical Might (Reaction; High End) = 8,185,949,895,008,665,000 joules or 1.956 gigatons

As an aside, pretty sure between my recent work with Bleach and OP that I took behind the barn and riddled it with a fuck ton of holes. God we used to really half ass the hell out of this, making claims of absolute maximum size and shit

Oars' Physical Might





Spoiler:



Central Mast Diameter = 225 pixels
Wall Thickness = 15 pixels

Wall Thickness/Central Mast Diameter = 0.067

Wall Thickness = 21.958 meters

Volume = PIr1r2*H

r1 = (Hole Diameter 1)/2
r2 = (Hole Diameter 2)/2
H = Wall Thickness

Hole Volume = 732,812.939 m^3



Oars' Physical Might = 152,425,091,312,000 joules or 36.43 kilotons

Bartholomew Kuma's Ursa Shock



My model?

Kuma created those waves.

That much should be obvious Thriller Bark after it exited the Florian Triangle. Mind you, there is a time where the current Oars outside the Triangle was indeed comparably rough, but every other set of panels afterwards is by comparison a rather calm ocean.

Spoiler:



Thriller Bark Diameter = 176 pixels
Ursa Shock Radius = 311 pixels
Wave Height = 91 pixels
Wave Length = 149 pixels

Ursa Shock Radius/Thriller Bark Diameter = 1.767
Wave Height/Thriller Bark Diameter = 0.517
Wave Length/Thriller Bark Diameter = 0.847

Thriller Bark Diameter = 4,726.998 meters (found above)
Ursa Shock Radius = 8,352.605 meters

Surface Area = 4PIr^2

r = Ursa Shock Radius

Ursa Shock Surface Area = 876,261,089.192 m^2

Wave Height = 2,443.858 meters
Wave Length = 4,003.767 meters

Now to present 2 models for the wave. Because I can't measure a Wave Width.

I'll be using Wave Length as the Width for model 1 and Wave Height for the Width in model 2.

Water Density = 1,000 kg/m^3

Potential Energy = mgh

m = Water Mass
g = 9.8 m/s^2
h = Wave Height/2 (as its functionally its center of mass)

Volume (Model 1) = ((Wave Height)(Wave Length)^2)/2

Wave Volume (Model 1) = 19,587,705,391.87 m^3
Wave Mass (Model 1) = 19,587,705,391,870 kilograms
Wave Potential Energy (Model 1) = 234,464,915,809,046,500 joules

Volume (Model 2) = ((Wave Height)^2(Wave Length))/2

Wave Volume (Model 2) = 11,956,132,942.692 m^3
Wave Mass (Model 2) = 11,956,132,942,692 kilograms
Wave Potential Energy (Model 2) = 143,173,546,591,200,800 joules

Cross Sectional Surface Area (Model 1) = (Wave Height)(Wave Length)

Wave Cross Sectional Surface Area (Model 1) = 9,784,638.013 m^2
Ursa Shock/Wave (Model 1) = 89.555

Bartholomew Kuma's Ursa Shock Yield (Model 1) = 21,006,101,002,365,370,000 joules or 5.021 gigatons

Cross Sectional Surface Area (Model 2) = (Wave Height)^2

Wave Cross Sectional Surface Area (Model 2) = 5,972,441.924 m^2
Ursa Shock/Wave (Model 2) = 146.717

Bartholomew Kuma's Ursa Shock Yield (Model 2) = 21,005,993,235,221,210,000 joules or 5.021 gigatons

Just showcased both models to demonstrate how I specifically measure the wave is irrelevant to the final result.

Thriller Bark Roronoa Zoro's Speed



They're lasers/light/etc ( bullshit)

No, exploding doesn't mean they're not, they're just injecting so much energy into the system that it causes the mass to phase transition and rapidly expand due to the heat. Pretty sure I recall that used this as justification for what the explosions represented in space during the Death Star trench run were about too, so that's a neat piece of this hobby's bullshit history for you to digest too (not that it was for a speed thing, it was clearly about the power of the lasers, but still).

Spoiler: Ancient Fucking Vs Bullshit
Michael Wong has presented possible power levels for fighter weapons. He states that in A New Hope, when Luke fired on the Death Star's surface, and superheated matter engulfed his ship, we gained a means to establish a possible lower limit on the firepower of those weapons. Since armor is not flammable and Luke's X-wing was nearly "cooked" by the heat, he states that the weapons must have been vaporising sections of the Death Star hull, causing the flash of expanding gases.

He states that, to cause flashes that large, the weapons must have vaporised at least one cubic meter of armor. If so, and we assume that the Death Star is made of iron; the four X-Wing cannons output approximately 60 GJ of energy. The Death Star is surely made from more heat-resistant materials than iron, so the calculations are conservative.

If we assume that the bolt strikes a target for 1/10 second, each cannon directs 600 GW to a target. Since this estimate is conservative, an X-Wing's blaster cannons easily release more energy in 10 seconds than the entire United States produces in electrical power. This is especially impressive when one considers the number of nuclear power plants in operation in the United States.


Spoiler:



Top Right Panel

Kuma = 262 pixels
Kuma Head = 31 pixels
Distance to Zoro = 271 pixels

Kuma Head/Kuma = 0.118
Distance to Zoro/Kuma = 1.034

Kuma = 6.89 meters ()
Kuma Head = 0.813 meters
Distance to Zoro = 7.124 meters

Middle Panel

Obviously, angular sizing the fucking laser would be moronic as I can't in good confidence say I'll be able to finesse a proper depth with it, so I'll do what I can using Kuma's head while acknowledging I'm probably overstating how far away the laser still is from Zoro

Kuma Head = 219 pixels
Initial Laser Distance = 208 pixels

Initial Laser Distance/Kuma Head = 0.95

Initial Laser Distance = 0.772 meters
Remaining Laser Distance = Distance to Zoro - Initial Laser Distance = 6.352 meters

Bottom Right Panel

Honestly, the most accurate model would probably just be based on the fact he shifts his body about 1/4th of a circumference around his body's central line while simultaneously ducking a bit and extending his right leg to begin to kick off the ground in an awkward scramble, but I'm just making my life easier by measuring a small portion of it that we see on the panels. While I'm technically over-measuring how far he moved given the beam has just barely passed Zoro by this panel, that's offset by not measuring the previously explained motions he'd need to take to get out of the way anyway. In the first place, he moves after the thing fired, so it'd be more about finding the ratio between how much he moved before and after the laser passes his ass here, and the difference isn't worth the headache to find it. If you want to, be my guest, its valid to try and be more precise. At the angle it was fired at, the difference between what I'm measuring and the precise picture is honestly negligible. Feel free to do it yourself though if you think my assessment is off base.

Zoro = 362 pixels
Zoro Movement = 107 pixels

Zoro Movement/Zoro = 0.296

Zoro = 1.78 meters ()
Zoro Movement = 0.527 meters

Thriller Bark Roronoa Zoro's Speed = Zoro Movement/Remaining Laser Distance = 0.083C or 24,900,000 m/s

Sabaody Archipelago Monkey D Luffy's Speed





Spoiler:



Kuma = 363 pixels
Kuma Hand = 37 pixels

Kuma Hand/Kuma = 0.102

Kuma = 6.89 meters ()
Kuma Hand = 0.703 meters

Spoiler:



Panel Height = 379 pixels
Luffy = 114 pixels
Kuma Hand = 152 pixels

Luffy = 1.72 meters (official height)

2*atan(Object_Size/(Panel_Height/tan(FoV/2))) = object degree size




Distance to Luffy = 23.787 degrees
Distance to Kuma Hand = 31.372 degrees


Distance to Luffy = 4.083 meters
Distance to Kuma Hand = 1.252 meters
Initial Laser Total Distance = Distance to Luffy - Distance to Kuma Hand = 2.831 meters

How much does Luffy need to move before the laser hits?

Luffy Movement = 29 pixels

Luffy Movement/Luffy = 0.254

Luffy Movement = 0.437 meters

Now to derive how far the laser traveled on panel before Luffy moved and to subtract that distance.

On Panel Laser Travel = 97 pixels

On Panel Laser Travel/Kuma Hand = 0.638

On Panel Laser Travel = 0.449 meters

Remaining Laser Travel = Initial Laser Total Distance - On Panel Laser Travel = 2.382 meters

Luffy Movement/Remaining Laser Travel = 0.183

Speed of Light = 300,000,000 m/s

Sabaody Archipelago Monkey D Luffy's Speed = 54,900,000 m/s or 0.183C

Honestly, beyond Sanji on Thriller Bark and Kizaru's , this pair of arcs didn't really have much to see.

See no reason to calculate . If we're going off the assumption Kizaru's the Speed of Light, it stands to reason anyone trading blows with him is high relativistic to the speed of light anyway.


Final Tally

Portgas D Ace's Dai Enkai: Entei vs Blackbeard's Yami Yami no Mi Yield = 4.85 gigatons

Shadow's Asgard Gecko Moria's Physical Might (Debris; Low End) = 115.508 megatons
Shadow's Asgard Gecko Moria's Physical Might (Reaction; Low Middle End) = 970.004 megatons
Shadow's Asgard Gecko Moria's Physical Might (Reaction; High Middle End) = 1.252 gigatons
Shadow's Asgard Gecko Moria's Physical Might (Reaction; High End) = 1.956 gigatons

Oars' Physical Might = 36.43 kilotons

Bartholomew Kuma's Ursa Shock Yield = 5.021 gigatons

Thriller Bark Roronoa Zoro's Speed = 0.083C

Sabaody Archipelago Monkey D Luffy's Speed = 0.183C
 
Last edited:
Marineford Arc New

ChaosTheory123

Bored with This
Spoiler:
Whitebeard's Kabutowari





Whitebeard KOed a Vice Admiral with a Quake powerful enough to have its aftershocks be perceptible to a human well off into the distance beyond Marineford.


As you might be able to tell, the farmer's able to tell the Earthquakes are occurring during the day, outdoors, much as described as being a magnitude 4-4.9 from where they're located.



Planet Diameter = 181 pixels
Grand Line = 18 pixels

Grand Line/Planet Diameter = 0.099

Planet Diameter = 452,621.424 kilometers ()
Grand Line = 44,809,520.969 meters

Spoiler:



To quote @God Movement ?

God Movement said:
Now we need an estimate for the distance that the island is from the epicenter. What we must note for this method is that there are no islands around Marineford about from Sabaody. More precisely, there is nothing in the triangle that links the three locations, Marine HQ, Impel Down and Enies Lobby.

Additionally though?

The Island was apparently remote enough where it had no clue that Whitebeard was even in a naval conflict with Marineford, the setting discussing the issue like its the fucking apocalypse, so it seems like a generous low end to suggest just somewhere vaguely off panel is functionally how far away the remote island is from Marineford proper. Mind you, the direction isn't defined, so I just used the 3 chosen for the purpose of serving as our approximations.

Half Grand Line = 110 pixels ( yourself)
Distance to Remote Island (Option 1) = 175 pixels
Distance to Remote Island (Option 2) = 196 pixels
Distance to Remote Island (Option 3) = 263 pixels

Distance to Remote Island (Option 1)/Half Grand Line = 1.591
Distance to Remote Island (Option 2)/Half Grand Line = 1.782
Distance to Remote Island (Option 3)/Half Grand Line = 2.391

Half Grand Line = 22,404,760.485 meters
Distance to Remote Island (Option 1) = 35,645,973.932 meters or 22,149.381 miles
Distance to Remote Island (Option 2) = 39,925,283.184 meters or 24,808.421 miles
Distance to Remote Island (Option 3) = 53,569,782.32 meters or 33,286.72 miles

So, how does this help us?

God Movement said:


First it is relevant to define the term epicenter as it is a word that will be prevalent throughout this blog.

Epicenter: The point on the earth's surface vertically above the focus of an earthquake.

The epicenter is on the surface of the Earth and as Whitebeard's quakes are on the surface also it should eliminate any queries on the validity of the formulas we will be using here concerning his quakes.

...

Most earthquakes occur at the shallow depth 0-70km. For comparison the Japanese quake occured at a depth of 30km I think the above source is reliable.

...

Between 4-4.9 is where it is noticeable to humans outside. We'll of course go for the low end of 70km and use a nomogram to work out the amplitude. You simply draw a line through the known distance to the epicenter from the hypocenter (70km) and the known magnitude and you'll get your amplitude.



The red and purple line show you the upper and lower limits of the range. I'm going bang in the middle since the low effects described aren't sufficient and the high effects are too much to the knowledge we have. The blue line is our amplitude and that is 50mm. Which isn't too bad.

...

In actual fact, the amplitude will need to be higher because the epicenter and hypocenter were technically one and the same (as the quake was created on the surface) this is called a "shallow quake" from 0-70km. So we start on the nomograph at 0 and draw across.



I drew through 2.5 as that is the most we can deduce. However, with a nomogram going up a single unit in magnitude increases the amplitude .

Why? It's logarithmic.

So 2.5 = 50mm
3.5 = 500mm
4.5 = 5000mm

You get 5000mm for magnitude 4.5.



Where A(mm) is the height of the largest seismic wave (s wave) in millimeters (mm) and delta(t) is the S-P time difference.

Look to GM's version for what I'll use as the s wave height (5000 mm)

The S-P time difference is derived by dividing the Distance to Remote Island in miles by 5.7.

Time Frame (Option 1) = 3,885.856 seconds
Time Frame (Option 2) = 4,352.355 seconds
Time Frame (Option 3) = 5,839.775 seconds

M (Option 1) = log(base10)5000 + 3(log(base10)[8*3885.856]) - 2.92
M (Option 1) = 3.69897000434 + 3(4.4925766897) - 2.92
M (Option 1) = 14.257


Whitebeard's Kabutowari vs Vice Admiral Ronse (Option 1) = 153,815,464,000,000,000,000,000,000 joules or 36.763 petatons

M (Option 2) = log(base10)5000 + 3(log(base10)[8*4352.355]) - 2.92
M (Option 2) = 3.69897000434 + 3(4.54181429837) - 2.92
M (Option 2) = 14.404

Whitebeard's Kabutowari vs Vice Admiral Ronse (Option 2) = 254,683,025,300,000,000,000,000,000 joules or 60.871 petatons

M (Option 3) = log(base10)5000 + 3(log(base10)[8*5839.775]) - 2.92
M (Option 3) = 3.69897000434 + 3(4.66948610155) - 2.92
M (Option 3) = 14.787

Whitebeard's Kabutowari vs Vice Admiral Ronse (Option 3) = 956,092,695,000,000,000,000,000,000 joules or 228.512 petatons

Whitebeard's Kaishin





This is the only other set of Quakes the old farmer dude could have been referencing having felt in on that remote island.

Spoiler:



Whitebeard = 17 pixels
Moby Dick = 218 pixels
Moby Dick Height = 462 pixels

Moby Dick/Whitebeard = 12.824
Moby Dick Height/Whitebeard = 27.176

Whitebeard = 6.66 meters ()
Moby Dick = 85.408 meters
Moby Dick Height = 180.992 meters

Spoiler:



Don't tell me to scale Marineford, or really anything, in One Piece Jr (after the last set of retcons, he sits at 60 meters officially after a retcon/ [ctrl + f "627"] that changed it from the original ) or (stated official height of ).

Let's use the Thousand Sunny ( tall) and characters that have been around the Sunny for a demonstration. Oars? Is a massive Ouroboros where he's officially barely taller than the Thousand Sunny ( , after most recent retcon from ), yet he and his descendant are somehow about the ? That ?

How about Surume ( w/tentacles extended) and Wadatsumi ( )?

As you might be able to tell from this gallery , using the Thousand Sunny as the de-facto measuring stick of the series... its easy to see anything beyond 10 meters in official height generally seems to suffer some kind of exaggeration compared to more reliable measuring sticks. I can pretty much demonstrate this for most Giant Named Characters (which I'm more than happy to continue gathering galleries for going forward).

In lieu of considering that, I'm going to use the Moby Dick because the Thousand Sunny decided to make a no show and Whitebeard is otherwise to scale compared to Luffy.

Moby Dick = 16 pixels
Marineford Diameter = 527 pixels
Marineford Harbor Diameter = 295 pixels
Marineford Wall = 7 pixels
Mass Displacement Distance = 124 pixels

Marineford Diameter/Moby Dick = 32.938
Marineford Harbor Diameter/Moby Dick = 18.438
Marineford Wall/Moby Dick = 0.438
Mass Displacement Distance/Moby Dick = 7.75

Marineford Diameter = 2,813.169 meters
Marineford Harbor Diameter = 1,574.753 meters
Marineford Wall = 37.409 meters
Mass Displacement Distance = 661.912 meters

Spoiler:



The seismic wave warped the shit out of the bedrock Marineford is sitting on, on top of the wave it created.

Marineford Wall = 20 pixels
Seismic Wave Height = 50 pixels

Seismic Wave Height/Marineford Wall = 2.5

Seismic Wave Height = 93.523 meters or 93,523 mm





Where A(mm) is the height of the largest seismic wave (s wave) in millimeters (mm) and delta(t) is the S-P time difference.

The S-P time difference is derived by dividing the Distance to Remote Island in miles by 5.7. I'll be using the same trio as derived above.

Time Frame (Option 1) = 3,885.856 seconds
Time Frame (Option 2) = 4,352.355 seconds
Time Frame (Option 3) = 5,839.775 seconds

M (Option 1) = log(base10)93523 + 3(log(base10)[8*7771.713]) - 2.92
M (Option 1) = 4.97091842953 + 3(4.4925766897) - 2.92
M (Option 1) = 15.529


Whitebeard's Kaishin Yield (Option 1) = 12,402,236,250,000,000,000,000,000,000 joules or 2.964 exatons

M (Option 2) = log(base10)93523 + 3(log(base10)[8*8704.709]) - 2.92
M (Option 2) = 4.97091842953 + 3(4.54181429837) - 2.92
M (Option 2) = 15.676

Whitebeard's Kaishin Yield (Option 2) = 20,606,299,130,000,000,000,000,000,000 joules or 4.925 exatons

M (Option 3) = log(base10)93523 + 3(log(base10)[8*11679.551]) - 2.92
M (Option 3) = 4.97091842953 + 3(4.66948610155) - 2.92
M (Option 3) = 16.059

Whitebeard's Kaishin Yield (Option 3) = 77,357,067,880,000,000,000,000,000,000 joules or 18.489 exatons

Whitebeard's Shima Yurashi





Basically, Whitebeard not only tilts Marineford, which would require a vertical distance all the way to the sea floor be affected in order for it to have properly tilted and resettled as it had been, but Whitebeard also tilts the ocean surrounding Marineford clear the the horizon we can view from a height of eye roughly on par with the height of the Moby Dick's (we're staring straight at the top of its crow's nest, if not slightly down at it).

Moby Dick Height = Height of Eye = 180.992 meters

Planet Diameter = 452,621.424 kilometers ()


Distance to Horizon = 286,220 meters
Ocean Depth = 10,000 meters ( of Fishman Island)

Volume = PIr^2*H

r = Distance to Horizon
H = Ocean Depth

Water Displacement Voume = 2,572,347,295,760,000 m^3
Water Density = 1,000 kg/m^3
Water Displacement Mass = 2,572,347,295,760,000,000 kilograms

How about a time frame?

As you might notice and , between the time of the island starting to tilt and when we see it finish its job, Whitebeard's coat sleeve roughly moves from around shoulder height to back down near his knee. Similarly, his coat rises off his back into the air roughly a similar distance.

So freefall~

Spoiler:



Whitebeard = 156 pixels
Whitebeard Waist = 28 pixels

Whitebeard Waist/Whitebeard = 0.179

Whitebeard = 6.66 meters
Whitebeard Waist = 1.192 meters

Spoiler:



Whitebeard Waist = 104 pixels
Coat Distance = 120 pixels

Coat Distance/Whitebeard Waist = 1.154

Coat Distance = 1.376 meters

Time Frame = sqrt(2d/g)

d = Coat Distance
g = 9.8 m/s^2

Time Frame = 0.53 seconds
Mass Displacement Distance = 661.912 meters
Mass Displacement Speed = 1,248.891 m/s

KE = 0.5mv^2

Whitebeard's Shima Yurashi Yield = 2,006,081,990,214,285,000,000,000 joules or 479.465 teratons

Mihawk's Physical Might





Basically, Mihawk slashes, cuts the wave in half, and sends it into the air all in the time it takes Luffy's vest to rise off his stomach.

So I can do KE~

Before anything else?

Gonna find Luffy's waist size.

Spoiler:



Luffy = 215 pixels
Luffy Waist = 40 pixels

Luffy Waist/Luffy = 0.186

Luffy = 1.72 meters ()
Luffy Waist = 0.32 meters

Spoiler:



Marineford Diameter = 339 pixels
Wave Height = 350 pixels

Wave Height/Marineford Diameter = 1.032

Marineford Diameter = 2,813.169 meters
Wave Height = 2,903.19 meters

Spoiler:



Hate using a diagram, but its the only vague view we get of the thickness.

Wave Height = 137 pixels
Wave Thickness = 58 pixels

Wave Thickness/Wave Height = 0.423

Wave Thickness = 1,228.049 meters

Spoiler:



Background

Wave Height = 621 pixels
Wave Top Height = 402 pixels
Wave Half Length = 1037 pixels
Wave Movement = 100 pixels

Wave Top Height/Wave Height = 0.647
Wave Half Length/Wave Height = 1.67
Wave Movement/Wave Height = 0.161

Wave Top Height = 1,878.364 meters
Wave Half Length = 4,848.327 meters
Wave Length = 9,696.654 meters
Wave Movement = 467.414 meters

Volume = LWH

L = Wave Length
W = Wave Thickness
H = Wave Top Height

Wave Top Volume = 22,367,495,113.545 m^3
Water Density = 1,000 kg/m^3
Wave Top Mass = 22,367,495,113,545 kilograms

Foreground

Luffy Waist = 60 pixels
Vest Height = 25 pixels

Vest Height/Luffy Waist = 0.417

Vest Height = 0.133 meters

Time Frame = sqrt(2d/g)

d = Vest Height
g = 9.8 m/s^2

Total Time Frame = 0.165 seconds

Halve Time Time Frame to account for Mihawk's shockwave traveling to the wave and get...

Wave Rising Time Frame = 0.0825 seconds

Wave Rising Speed = 5,665.624 m/s

Dracule Mihawk's Physical Might = 358,990,415,490,352,800,000 joules or 85.801 gigatons

Aokiji's Ice Age





Barring the fact we know Aokiji just flat out countered Whitebeard's already derived Kaishin yield? We can derive a yield for freezing the water independent of that direct powerscaling too.

Wave Height = 2,903.19 meters
Wave Length = 9,696.654 meters
Wave Thickness = 1,228.049 meters

Volume = 2(LHW)

L = Wave Length
W = Wave Thickness
H = Wave Height

Total Wave Volume = 69,142,177,063.329 m^3
Water Density = 1,000 kg/m^3
Total Wave Mass = 69,142,177,063,329 kilograms

Latent Heat of Fusion = 334,000 j/kg (GM used it here, probably found from a place like here)

Aokiji's Ice Age Yield = 23,093,487,139,151,890,000 joules or 5.519 gigatons

Akainu's Dai Funka and Ryusei Kazan

Dai Funka





Ryusei Kazan





First Dai Funka

Spoiler:




Moby Dick = 18 pixels
Ice Diameter = 42 pixels

Ice Diameter/Moby Dick = 2.333

Moby Dick = 85.408 meters
Ice Diameter = 199.257 meters

Volume = (4/3)PIr^3

r = Ice Diameter/2

Ice Volume = 4,140,179.395 m^3

2,260 j/cc

Akainu's Dai Funka Yield = 9,356,805,432,700,000 joules or 2.236 megatons

Next Ryusei Kazan

Marineford Harbor Diameter = 1,574.753 meters (derived above much earlier)

Volume = PIr^2*H

r = Marineford Harbor Diameter/2
H = Ice Diameter

Marineford Harbor Volume = 387,889,597.56 m^3

2,260 j/cc

Akainu's Ryusei Kazan Yield = 876,630,490,485,600,100 joules or 209.520 megatons

Marineford Monkey D Luffy and Emporio Ivankov's Speed






They're lasers/light/etc ( bullshit)

Both Luffy and Iva dodge Kuma's laser, moving about the same speed as the other (Iva doesn't exactly appear to overtake or catch up to Luffy in sheer distance apart they are from start to finish at any rate)

Spoiler:



Unlike with some of the other examples, Kuma's not shooting directly at either. So, to showcase that he shot between them counting on an explosion doing them in, I scaled the distance as if being all the way to the ground.

Kuma = 214 pixels
Initial Distance = 243 pixels

Initial Distance/Kuma = 1.136

Kuma = 6.89 meters ()
Initial Distance = 7.827 meters

Spoiler:



Foreground

Kuma Head = 113 pixels
Initial Laser Travel = 128 pixels

Initial Laser Travel/Kuma Head = 1.133

Kuma Head = 0.813 meters (found )
Initial Laser Travel = 0.921 meters
Total Laser Travel = Initial Distance - Initial Laser Travel = 6.906 meters

Background

Luffy = 69 pixels
Ivankov Movement = 116 pixels

Ivankov Movement/Luffy = 1.681

Luffy = 1.72 meters
Ivankov Movement = 2.891 meters

Ivankov Movement/Total Laser Travel = 0.419

Speed of Light = 300,000,000 m/s
Marineford Monkey D Luffy and Emporio Ivankov's Speed = 125,700,000 m/s or 0.419C

Blackbeard's lacks a time frame, so it mostly just serves to demonstrate some parity with Whitebeard's former powers. I don't particularly feel like doing at the moment. Iva's looks vaguely relativistic if someone wants to give that a shot. Iva also of the Pacifista lasers, but from much further away and moving a much more ill defined distance to do so. Luffy's is nice, but something for later. This is a for Luffy before he even sets sail at the end of chapter 1. And be bothered to put a number to right now. Same .


Final Tally

Whitebeard's Kabutowari Yield (Option 1) = 36.763 petatons
Whitebeard's Kabutowari Yield (Option 2) = 60.871 petatons
Whitebeard's Kabutowari Yield (Option 3) = 228.512 petatons

Whitebeard's Kaishin Yield (Option 1) = 2.964 exatons
Whitebeard's Kaishin Yield (Option 2) = 4.925 exatons
Whitebeard's Kaishin Yield (Option 3) = 18.489 exatons

Whitebeard's Shima Yurashi Yield = 479.465 teratons

Dracule Mihawk's Physical Might = 85.801 gigatons

Aokiji's Ice Age Yield = 5.519 gigatons

Akainu's Dai Funka Yield = 2.236 megatons

Akainu's Ryusei Kazan Yield = 209.520 megatons

Marineford Monkey D Luffy and Emporio Ivankov's Speed = 0.419C
 
Last edited:
Dressrosa Arc New

ChaosTheory123

Bored with This
Incomplete, but reserved

Spoiler:
Casual Fujitora's Zushi Zushi no Mi



Spoiler:



Thousand Sunny = 81 pixels
Marine Battleship Hull Height = 185 pixels
Meteor Diameter = 168 pixels

Marine Battleship Hull Height/Thousand Sunny = 2.284
Meteor Diameter/Thousand Sunny = 2.074

Thousand Sunny = 56 meters ()
Marine Battleship Hull Height = 127.904 meters
Meteor Diameter = 116.144 meters

Volume = (4/3)PIr^3

r = Meteor Diameter/2

Meteor Volume = 2,459,744.451 m^3

Meteor Density = 3,000 kg/m^3

Meteor Mass = 7,379,233,353 kilograms




Meteor Speed (Low End) = 11,000 m/s
Meteor Speed (High End) = 72,000 m/s

Casual Fujitora's Zushi Zushi no Mi Yield (Low End) = 446,443,617,856,500,000 joules or 106.703 megatons
Casual Fujitora Zushi Zushi no Mi Yield (High End) = 19,126,972,850,976,000,000 joules or 4.571 gigatons

Compare what Fujitora did to the ship with what one during the Enies Lobby fight for an idea of why this feat matters.

Fujitora's Zushi Zushi no Mi



Spoiler:



Foreground

Because the rose I'm using is in the background, but needs scaled from the battleship in the foreground.

I will solely be using the Battleship controlled by Fujitora compared to the Sunny in this arc as that is the relevant vessel in comparison to the smaller ship. Do not tell me to scale from any of the Giants. That's just a giant Ouroboros, especially Oars/Oars Jr.

Marine Battleship Hull Height = 15 pixels
Giant Rose = 23 pixels

Giant Rose/Marine Battleship Hull Height = 1.533

Giant Rose = 196.077 meters

Background

Giant Rose = 11 pixels
Green Bit = 600 pixels

Green Bit/Giant Rose = 54.545

Green Bit = 10,695.02 meters

Spoiler:



Don't tell me to use . Doesn't show the entirety of Dressrosa or the means of scaling other feats on it.

Top Middle Panel

Green Bit = 38 pixels
Dressrosa = 242 pixels
Distance Zoro Thrown = 47 pixels
Former Royal Plateau Diameter = 21 pixels

Dressrosa/Green Bit = 6.368
Distance Zoro Thrown/Green Bit = 1.237
Former Royal Plateau Diameter/Green Bit = 0.553

Dressrosa = 68,105.887 meters
Distance Zoro Thrown = 13,229.74 meters
Former Royal Plateau Diameter = 5,914.346 meters

Middle Panel

Dressrosa = 509 pixels
Meteor 1 Diameter (Green Line)= 23 pixels
Meteor 2 Diameter (Orange Line) = 17 pixels
Meteor 3 Diameter (Yellow Line) = 16 pixels
Meteor 4 Diameter (Pink Line) = 14 pixels
Meteor 5 Diameter (Blue Line) = 10 pixels

Meteor 1 Diameter (Green Line)/Dressrosa = 0.045
Meteor 2 Diameter (Orange Line)/Dressrosa = 0.033
Meteor 3 Diameter (Yellow Line)/Dressrosa = 0.031
Meteor 4 Diameter (Pink Line)/Dressrosa = 0.028
Meteor 5 Diameter (Blue Line)/Dressrosa = 0.02

Dressrosa = 68,105.887 meters
Meteor 1 Diameter (Green Line) = 3,064.765 meters
Meteor 2 Diameter (Orange Line) = 2,247.494 meters
Meteor 3 Diameter (Yellow Line) = 2,111.282 meters
Meteor 4 Diameter (Pink Line) = 1,906.965 meters
Meteor 5 Diameter (Blue Line) = 1,362.118 meters

Volume = (4/3)PIr^3

r = Meteor Diameter/2

Meteor 1 Volume = 15,065,027,736.842 m^3
Meteor 2 Volume = 5,941,197,924.741 m^3
Meteor 3 Volume = 4,925,123,588.692 m^3
Meteor 4 Volume = 3,629,163,749.642 m^3
Meteor 5 Volume = 1,322,581,957.547 m^3

Total Meteor Volume = 30,883,094,956.464 m^3

Meteor Density = 3,000 kg/m^3

Total Meteor Mass = 92,649,284,869,392 kilograms

Meteor Speed (Low End) = 11,000 m/s
Meteor Speed (High End) = 72,000 m/s

Fujitora's Zushi Zushi no Mi Yield (Low End) = 5,605,281,734,598,216,000,000 joules or 1.34 teratons
Fujitora's Zushi Zushi no Mi Yield (High End) = 240,146,946,381,464,100,000,000 joules or 57.396 teratons

Dressrosa Roronoa Zoro's Santoryu Ogi: Ichidai Sanzen Daisen Sekai



Spoiler:



Distance Zoro Thrown = 166 pixels
Fall Distance = 6 pixels
Boot Diameter = 15 pixels

Fall Distance/Distance Zoro Thrown = 0.036
Boot Diameter/Distance Zoro Thrown = 0.09

Distance Zoro Thrown = 13,229.74 meters (derived above)
Fall Distance = 476.271 meters

Time Frame = sqrt(2d/g)

d = Distance Zoro Thrown
g = 9.8 m/s^2

Time Frame = 9.859 seconds

Zoro Throw Speed = 1,341.895 m/s

Boot Diameter = 1,190.677 meters

Would prefer using the full height of the lower body, but that'd be in a perfect world where I had like a concept art sheet spread detailing Pica from every angle. That doesn't exist yet, so I'm kind of shit out of luck.

Spoiler:



Boot Diameter = 63 pixels
Middle Torso Width = 292 pixels
Lower Torso Width = 184 pixels
Lower Torso Height = 109 pixels
Top Torso Width = 170 pixels
Top Torso Height = 110 pixels
Shoulder Diameter = 143 pixels
Bicep Diameter = 80 pixels
Bicep Length = 100 pixels

Middle Torso Width/Boot Diameter = 4.635
Lower Torso Width/Boot Diameter = 2.921
Lower Torso Height/Boot Diameter = 1.73
Top Torso Width/Boot Diameter = 2.698
Top Torso Height/Boot Diameter = 1.746
Shoulder Diameter/Boot Diameter = 2.27
Bicep Diameter/Boot Diameter = 1.27
Bicep Length/Boot Diameter = 1.587

Middle Torso Width = 5,518.788 meters
Lower Torso Width = 3,477.968 meters
Lower Torso Half Width = 1,738.984 meters
Lower Torso Height = 2,059.871 meters
Top Torso Width = 3,212.447 meters
Top Torso Height = 2,078.922 meters
Shoulder Diameter = 2,702.837 meters

Volume = (4/3)PIr^3

r = Shoulder Diameter/2

Should Volume = 10,333,274,445.934 m^3

He has 2 shoulders.

Total Shoulder Volume = 20,666,548,891.868 m^3

Bicep Diameter = 1,512.16 meters
Bicep Length = 1,889.604 meters

Volume = (4/3)PIr1^2r2

r1 = Bicep Diameter/2
r2 = Bicep Length/2

Bicep Volume = 2,261,229,741.106 m^3

He has 2 biceps.

Total Bicep Volume = 4,522,459,482.212 m^3

Spoiler:



Lower Torso Width = 105 pixels
Forearm Length = 138 pixels
Forearm Diameter = 40 pixels

Forearm Length/Lower Torso Width = 1.314
Forearm Diameter/Lower Torso Width = 0.381

Forearm Length = 4,570.05 meters
Forearm Diameter = 1,325.106 meters

Forearm Volume = 6,299,293,580.571 m^3

2 Forearms.

Total Forearm Volume = 12,598,587,161.142 m^3

Spoiler:



Top Right Panel

Boot Diameter = 43 pixels
Pica Rising Height = 76 pixels

Pica Rising Height/Boot Diameter = 1.767

Pica Rising Height = 2,103.926 meters

Left Panel

Lower Torso Half Width = 392 pixels
Torso Length = 388 pixels

Torso Length/Lower Torso Half Width = 0.99

Lower Torso Half Width = 1,738.984 meters
Torso Length = 1,721.594 meters

Trapezoidal Prism Volume = LH(A + B)/2

L = Torso Length
H = Top or Lower Torso Height
A = Middle Torso Width
B = Top or Lower Torso Width

Top Torso Volume = 15,952,424,958.442 m^3
Bottom Torso Volume = 15,624,805,405.21 m^3

Total Pica Torso Volume = 69,364,825,898.874 m^3
Rock Density = 2,700 kg/m^3
Pica Torso Mass = 187,285,029,926,959.8 kilograms

Divide Pica's Torso Length by the Zoro Throw Speed to get a total time frame of...

Total Time Frame = 1.283 seconds

Cut that in half to account for the fact he both had to have it cut straight through before he could pass on under and have it start its rising action.

Pica Rising Time Frame (Low End) = 0.642 seconds

I'm also including average human reaction time as time frames as other ends given the "?!!/...!!/!!!!/!!!" reaction speech bubbles that inform us the observing characters (like the population of Dressrosa that's watching onwards helplessly), or possibly even the audience, are reacting in the time the feat takes to complete.

Time Frame (Reaction; Low Middle End) = 0.284 seconds (the recorded, if not skewed by tech average, )
Time Frame (Reaction; High Middle End) = 0.25 seconds (noted as average )
Time Frame (Reaction; High End) = 0.2 seconds (likewise as the middle end)

Pica Rising Speed (Low End) = 3,277.143 m/s
Pica Rising Speed (Reaction; Low Middle End) = 7,408.19 m/s
Pica Rising Speed (Reaction; High Middle End) = 8,415.704 m/s
Pica Rising Speed (Reaction; High End) = 10,519.63 m/s

Dressrosa Roronoa Zoro's Santoryu Ogi: Ichidai Sanzen Daisen Sekai Yield (Low End) = 1,005,689,356,811,310,000,000 joules or 240.366 gigatons
Dressrosa Roronoa Zoro's Santoryu Ogi: Ichidai Sanzen Daisen Sekai Yield (Reaction; Low Middle End) = 5,139,220,997,098,611,000,000 joules or 1.228 teratons
Dressrosa Roronoa Zoro's Santoryu Ogi: Ichidai Sanzen Daisen Sekai Yield (Reaction; High Middle End) = 6,632,144,392,053,426,000,000 joules or 1.585 teratons
Dressrosa Roronoa Zoro's Santoryu Ogi: Ichidai Sanzen Daisen Sekai Yield (Reaction; High End) = 10,362,725,612,583,480,000,000 joules or 2.477 teratons

Dressrosa Gear 4th Monkey D Luffy's Gomu Gomu no King Kong Gun



Spoiler:



I hate that I'm using a diagram, but the area Doffy falls into clearly isn't drawn as any part of the Underground Port we were shown previously given that bit comfortably fits underneath the Former Royal Plateau and the Coliseum where as Doffy's kind of dropped somewhere in front of the New Royal Plateau created by Pica in Volume 75.

So I just scratched my head and gave up :lmao

Former Royal Plateau Diameter = 279 pixels
Ground Thickness = 51 pixels

Former Royal Plateau Diameter = 0.183

Former Royal Plateau Diameter = 5,914.346 meters (derived above in Fujitora's stuff)
Ground Thickness = 1,082.325 meters

Spoiler:



Ground Thickness = 84 pixels
Destruction Radius = 606 pixels

Destruction Radius/Ground Thickness = 7.214

Destruction Radius = 7,807.893 meters

Volume = PIr1r2*H

r1 = Destruction Radius
r2 = Destruction Radius/3
H = Ground Thickness

Appears more like an oval, no other angle to get the second radius from, so I'm settling for a third of the 1st radius.

Destruction Volume = 69,061,147,410.025 m^3

Rock Density = 2,700 kg/m^3

Destruction Mass = 186,465,098,007,067.5 kilograms

Center of Mass would naturally land at about half the radius.

Center of Mass Distance = 3,903.947 meters

Angle = 77 degrees (you can check for yourself with what I did on the scan to show the angle)

So of 360 degrees, the center of mass travels how much of the circumference?

In terms of ratio, we're talking about 0.214.

Thus?

Distance Traveled = 0.214(2PIr)

r = Destruction Radius

Distance Traveled = 5,246.592 meters

Time Frame will be average human reaction time. Why?

The entire audience was a bunch of regular ass people. By the time Doffy was sent into the Underground Port and the Ground flipped table they had only just reacted and began to run (as indicated by the "!!!" in the speech bubble in the bottom right corner). Thus, I can just use basic bitch average reaction time for the time frame.

Time Frame (Low End) = 0.284 seconds (the recorded, if not skewed by tech average, )
Time Frame (Middle End) = 0.25 seconds (noted as average )
Time Frame (High End) = 0.2 seconds (likewise as the middle end)

Rotation Speed (Low End) = 18,473.915 m/s
Rotation Speed (Middle End) = 20,986.368 m/s
Rotation Speed (High End) = 26,232.96 m/s

Dressrosa Gear 4th Monkey D Luffy's Gomu Gomu no King Kong Gun Yield (Low End) = 31,818,920,405,916,010,000,000 joules or 7.605 teratons
Dressrosa Gear 4th Monkey D Luffy's Gomu Gomu no King Kong Gun Yield (Middle End) = 41,062,191,699,559,050,000,000 joules or 9.814 teratons
Dressrosa Gear 4th Monkey D Luffy's Gomu Gomu no King Kong Gun Yield (High End) = 64,159,674,530,561,010,000,000 joules or 15.334 teratons


Final Tally

Casual Fujitora's Zushi Zushi no Mi Yield (Low End) = 106.703 megatons
Casual Fujitora Zushi Zushi no Mi Yield (High End) = 4.571 gigatons

Fujitora's Zushi Zushi no Mi Yield (Low End) = 1.34 teratons
Fujitora's Zushi Zushi no Mi Yield (High End) = 57.396 teratons

Dressrosa Roronoa Zoro's Santoryu Ogi: Ichidai Sanzen Daisen Sekai Yield (Low End) = 240.366 gigatons
Dressrosa Roronoa Zoro's Santoryu Ogi: Ichidai Sanzen Daisen Sekai Yield (Reaction; Low Middle End) = 1.228 teratons
Dressrosa Roronoa Zoro's Santoryu Ogi: Ichidai Sanzen Daisen Sekai Yield (Reaction; High Middle End) = 1.585 teratons
Dressrosa Roronoa Zoro's Santoryu Ogi: Ichidai Sanzen Daisen Sekai Yield (Reaction; High End) = 2.477 teratons

Dressrosa Gear 4th Monkey D Luffy's Gomu Gomu no King Kong Gun Yield (Low End) = 7.605 teratons
Dressrosa Gear 4th Monkey D Luffy's Gomu Gomu no King Kong Gun Yield (Middle End) = 9.814 teratons
Dressrosa Gear 4th Monkey D Luffy's Gomu Gomu no King Kong Gun Yield (High End) = 15.334 teratons
 

ChaosTheory123

Bored with This
Ok, seriously, its ridiculous that threadmarks need approved

What, I'm going to have to see that happen every time I edit this shit?

With how frequently the pet bot around here deletes links and scans, that's just an obnoxious pain in the ass

One I'm entirely going to indulge in, because fuck you :maybe
 

ChaosTheory123

Bored with This
Incomplete, but reserved

Here’s a rough preview of Marineford

Fleshed out explanation obviously pending :maybe

Spoiler:
Whitebeard's Kabutowari





Whitebeard KOed a Vice Admiral with a Quake powerful enough to have its aftershocks be perceptible to a human well off into the distance beyond Marineford.


As you might be able to tell, the farmer's able to tell the Earthquakes are occurring during the day, outdoors, much as described as being a magnitude 4-4.9 from where they're located.



Planet Diameter = 181 pixels
Grand Line = 18 pixels

Grand Line/Planet Diameter = 0.099

Planet Diameter = 452,621.424 kilometers ()
Grand Line = 44,809,520.969 meters

Spoiler:



The Island was apparently remote enough where it had no clue that Whitebeard was even in a naval conflict with Marineford, the setting discussing the issue like its the fucking apocalypse, so it seems like a generous low end to suggest just somewhere vaguely off panel is functionally how far away the remote island is from Marineford proper. Mind you, the direction isn't defined, so I just used the 3 chosen for the purpose of serving as our approximations.

Half Grand Line = 110 pixels ( yourself)
Distance to Remote Island (Option 1) = 175 pixels
Distance to Remote Island (Option 2) = 196 pixels
Distance to Remote Island (Option 3) = 263 pixels

Distance to Remote Island (Option 1)/Half Grand Line = 1.591
Distance to Remote Island (Option 2)/Half Grand Line = 1.782
Distance to Remote Island (Option 3)/Half Grand Line = 2.391

Half Grand Line = 22,404,760.485 meters
Distance to Remote Island (Option 1) = 35,645,973.932 meters or 22,149.381 miles
Distance to Remote Island (Option 2) = 39,925,283.184 meters or 24,808.421 miles
Distance to Remote Island (Option 3) = 53,569,782.32 meters or 33,286.72 miles

So, how does this help us?



Where A(mm) is the height of the largest seismic wave (s wave) in millimeters (mm) and delta(t) is the S-P time difference.

Look to GM's version for what I'll use as the s wave height (5000 mm)


The S-P time difference is derived by dividing the Distance to Remote Island in miles by 5.7.

Time Frame (Option 1) = 3,885.856 seconds
Time Frame (Option 2) = 4,352.355 seconds
Time Frame (Option 3) = 5,839.775 seconds

M (Option 1) = log(base10)5000 + 3(log(base10)[8*3885.856]) - 2.92
M (Option 1) = 3.69897000434 + 3(4.4925766897) - 2.92
M (Option 1) = 14.257


Whitebeard's Kabutowari vs Vice Admiral Ronse (Option 1) = 153,815,464,000,000,000,000,000,000 joules or 36.763 petatons

M (Option 2) = log(base10)5000 + 3(log(base10)[8*4352.355]) - 2.92
M (Option 2) = 3.69897000434 + 3(4.54181429837) - 2.92
M (Option 2) = 14.404

Whitebeard's Kabutowari vs Vice Admiral Ronse (Option 2) = 254,683,025,300,000,000,000,000,000 joules or 60.871 petatons

M (Option 3) = log(base10)5000 + 3(log(base10)[8*5839.775]) - 2.92
M (Option 3) = 3.69897000434 + 3(4.66948610155) - 2.92
M (Option 3) = 14.787

Whitebeard's Kabutowari vs Vice Admiral Ronse (Option 3) = 956,092,695,000,000,000,000,000,000 joules or 228.512 petatons

Whitebeard's Kaishin





This is the only other set of Quakes the old farmer dude could have been referencing having felt in on that remote island.

Spoiler:



Whitebeard = 17 pixels
Moby Dick = 218 pixels
Moby Dick Height = 462 pixels

Moby Dick/Whitebeard = 12.824
Moby Dick Height/Whitebeard = 27.176

Whitebeard = 6.66 meters ()
Moby Dick = 85.408 meters
Moby Dick Height = 180.992 meters

Spoiler:



Moby Dick = 16 pixels
Marineford Diameter = 527 pixels
Marineford Harbor Diameter = 295 pixels
Marineford Wall = 7 pixels
Mass Displacement Distance = 124 pixels

Marineford Diameter/Moby Dick = 32.938
Marineford Harbor Diameter/Moby Dick = 18.438
Marineford Wall/Moby Dick = 0.438
Mass Displacement Distance/Moby Dick = 7.75

Marineford Diameter = 2,813.169 meters
Marineford Harbor Diameter = 1,574.753 meters
Marineford Wall = 37.409 meters
Mass Displacement Distance = 661.912 meters

Spoiler:



The seismic wave warped the shit out of the bedrock Marineford is sitting on, on top of the wave it created.

Marineford Wall = 20 pixels
Seismic Wave Height = 50 pixels

Seismic Wave Height/Marineford Wall = 2.5

Seismic Wave Height = 93.523 meters or 93,523 mm





Where A(mm) is the height of the largest seismic wave (s wave) in millimeters (mm) and delta(t) is the S-P time difference.

The S-P time difference is derived by dividing the Distance to Remote Island in miles by 5.7. I'll be using the same trio as derived above.

Time Frame (Option 1) = 3,885.856 seconds
Time Frame (Option 2) = 4,352.355 seconds
Time Frame (Option 3) = 5,839.775 seconds

M (Option 1) = log(base10)93523 + 3(log(base10)[8*7771.713]) - 2.92
M (Option 1) = 4.97091842953 + 3(4.4925766897) - 2.92
M (Option 1) = 15.529


Whitebeard's Kaishin Yield (Option 1) = 12,402,236,250,000,000,000,000,000,000 joules or 2.964 exatons

M (Option 2) = log(base10)93523 + 3(log(base10)[8*8704.709]) - 2.92
M (Option 2) = 4.97091842953 + 3(4.54181429837) - 2.92
M (Option 2) = 15.676

Whitebeard's Kaishin Yield (Option 2) = 20,606,299,130,000,000,000,000,000,000 joules or 4.925 exatons

M (Option 3) = log(base10)93523 + 3(log(base10)[8*11679.551]) - 2.92
M (Option 3) = 4.97091842953 + 3(4.66948610155) - 2.92
M (Option 3) = 16.059

Whitebeard's Kaishin Yield (Option 3) = 77,357,067,880,000,000,000,000,000,000 joules or 18.489 exatons

Whitebeard's Shima Yurashi





Basically, Whitebeard not only tilts Marineford, which would require a vertical distance all the way to the sea floor be affected in order for it to have properly tilted and resettled as it had been, but Whitebeard also tilts the ocean surrounding Marineford clear the the horizon we can view from a height of eye roughly on par with the height of the Moby Dick's (we're staring straight at the top of its crow's nest, if not slightly down at it).

Moby Dick Height = Height of Eye = 180.992 meters

Planet Diameter = 452,621.424 kilometers ()


Distance to Horizon = 286,220 meters
Ocean Depth = 10,000 meters ( of Fishman Island)

Volume = PIr^2*H

r = Distance to Horizon
H = Ocean Depth

Water Displacement Voume = 2,572,347,295,760,000 m^3
Water Density = 1,000 kg/m^3
Water Displacement Mass = 2,572,347,295,760,000,000 kilograms

How about a time frame?

As you might notice and , between the time of the island starting to tilt and when we see it finish its job, Whitebeard's coat sleeve roughly moves from around shoulder height to back down near his knee. Similarly, his coat rises off his back into the air roughly a similar distance.

So freefall~

Spoiler:



Whitebeard = 156 pixels
Whitebeard Waist = 28 pixels

Whitebeard Waist/Whitebeard = 0.179

Whitebeard = 6.66 meters
Whitebeard Waist = 1.192 meters

Spoiler:



Whitebeard Waist = 104 pixels
Coat Distance = 120 pixels

Coat Distance/Whitebeard Waist = 1.154

Coat Distance = 1.376 meters

Time Frame = sqrt(2d/g)

d = Coat Distance
g = 9.8 m/s^2

Time Frame = 0.53 seconds
Mass Displacement Distance = 661.912 meters
Mass Displacement Speed = 1,248.891 m/s

KE = 0.5mv^2

Whitebeard's Shima Yurashi Yield = 2,006,081,990,214,285,000,000,000 joules or 479.465 teratons

Mihawk's Physical Might





Basically, Mihawk slashes, cuts the wave in half, and sends it into the air all in the time it takes Luffy's vest to rise off his stomach.

So I can do KE~

Before anything else?

Gonna find Luffy's waist size.

Spoiler:



Luffy = 215 pixels
Luffy Waist = 40 pixels

Luffy Waist/Luffy = 0.186

Luffy = 1.72 meters ()
Luffy Waist = 0.32 meters

Spoiler:



Marineford Diameter = 339 pixels
Wave Height = 350 pixels

Wave Height/Marineford Diameter = 1.032

Marineford Diameter = 2,813.169 meters
Wave Height = 2,903.19 meters

Spoiler:



Hate using a diagram, but its the only vague view we get of the thickness.

Wave Height = 137 pixels
Wave Thickness = 58 pixels

Wave Thickness/Wave Height = 0.423

Wave Thickness = 1,228.049 meters

Spoiler:



Background

Wave Height = 621 pixels
Wave Top Height = 402 pixels
Wave Half Length = 1037 pixels
Wave Movement = 100 pixels

Wave Top Height/Wave Height = 0.647
Wave Half Length/Wave Height = 1.67
Wave Movement/Wave Height = 0.161

Wave Top Height = 1,878.364 meters
Wave Half Length = 4,848.327 meters
Wave Length = 9,696.654 meters
Wave Movement = 467.414 meters

Volume = LWH

L = Wave Length
W = Wave Thickness
H = Wave Top Height

Wave Top Volume = 22,367,495,113.545 m^3
Water Density = 1,000 kg/m^3
Wave Top Mass = 22,367,495,113,545 kilograms

Foreground

Luffy Waist = 60 pixels
Vest Height = 25 pixels

Vest Height/Luffy Waist = 0.417

Vest Height = 0.133 meters

Time Frame = sqrt(2d/g)

d = Vest Height
g = 9.8 m/s^2

Total Time Frame = 0.165 seconds

Halve Time Time Frame to account for Mihawk's shockwave traveling to the wave and get...

Wave Rising Time Frame = 0.0825 seconds

Wave Rising Speed = 5,665.624 m/s

Dracule Mihawk's Physical Might = 358,990,415,490,352,800,000 joules or 85.801 gigatons

Aokiji's Ice Age





Barring the fact we know Aokiji just flat out countered Whitebeard's already derived Kaishin yield? We can derive a yield for freezing the water independent of that direct powerscaling too.

Wave Height = 2,903.19 meters
Wave Length = 9,696.654 meters
Wave Thickness = 1,228.049 meters

Volume = 2(LHW)

L = Wave Length
W = Wave Thickness
H = Wave Height

Total Wave Volume = 69,142,177,063.329 m^3
Water Density = 1,000 kg/m^3
Total Wave Mass = 69,142,177,063,329 kilograms

Latent Heat of Fusion = 334,000 j/kg (GM used it here, probably found from a place like here)

Aokiji's Ice Age Yield = 23,093,487,139,151,890,000 joules or 5.519 gigatons

Akainu's Dai Funka and Ryusei Kazan

Dai Funka





Ryusei Kazan





First Dai Funka

Spoiler:




Moby Dick = 18 pixels
Ice Diameter = 42 pixels

Ice Diameter/Moby Dick = 2.333

Moby Dick = 85.408 meters
Ice Diameter = 199.257 meters

Volume = (4/3)PIr^3

r = Ice Diameter/2

Ice Volume = 4,140,179.395 m^3

2,260 j/cc

Akainu's Dai Funka Yield = 9,356,805,432,700,000 joules or 2.236 megatons

Next Ryusei Kazan

Marineford Harbor Diameter = 1,574.753 meters (derived above much earlier)

Volume = PIr^2*H

r = Marineford Harbor Diameter/2
H = Ice Diameter

Marineford Harbor Volume = 387,889,597.56 m^3

2,260 j/cc

Akainu's Ryusei Kazan Yield = 876,630,490,485,600,100 joules or 209.520 megatons


Final Tally

Whitebeard's Kabutowari Yield (Option 1) = 36.763 petatons
Whitebeard's Kabutowari Yield (Option 2) = 60.871 petatons
Whitebeard's Kabutowari Yield (Option 3) = 228.512 petatons

Whitebeard's Kaishin Yield (Option 1) = 2.964 exatons
Whitebeard's Kaishin Yield (Option 2) = 4.925 exatons
Whitebeard's Kaishin Yield (Option 3) = 18.489 exatons

Whitebeard's Shima Yurashi Yield = 479.465 teratons

Dracule Mihawk's Physical Might = 85.801 gigatons

Aokiji's Ice Age Yield = 5.519 gigatons

Akainu's Dai Funka Yield = 2.236 megatons

Akainu's Ryusei Kazan Yield = 209.520 megatons
Have to head into work, but I'll finish this later

Added in what I could before that though~
 

ChaosTheory123

Bored with This
Spoiler:
Whitebeard's Kabutowari





Whitebeard KOed a Vice Admiral with a Quake powerful enough to have its aftershocks be perceptible to a human well off into the distance beyond Marineford.


As you might be able to tell, the farmer's able to tell the Earthquakes are occurring during the day, outdoors, much as described as being a magnitude 4-4.9 from where they're located.



Planet Diameter = 181 pixels
Grand Line = 18 pixels

Grand Line/Planet Diameter = 0.099

Planet Diameter = 452,621.424 kilometers ()
Grand Line = 44,809,520.969 meters

Spoiler:



To quote @God Movement ?



Additionally though?

The Island was apparently remote enough where it had no clue that Whitebeard was even in a naval conflict with Marineford, the setting discussing the issue like its the fucking apocalypse, so it seems like a generous low end to suggest just somewhere vaguely off panel is functionally how far away the remote island is from Marineford proper. Mind you, the direction isn't defined, so I just used the 3 chosen for the purpose of serving as our approximations.

Half Grand Line = 110 pixels ( yourself)
Distance to Remote Island (Option 1) = 175 pixels
Distance to Remote Island (Option 2) = 196 pixels
Distance to Remote Island (Option 3) = 263 pixels

Distance to Remote Island (Option 1)/Half Grand Line = 1.591
Distance to Remote Island (Option 2)/Half Grand Line = 1.782
Distance to Remote Island (Option 3)/Half Grand Line = 2.391

Half Grand Line = 22,404,760.485 meters
Distance to Remote Island (Option 1) = 35,645,973.932 meters or 22,149.381 miles
Distance to Remote Island (Option 2) = 39,925,283.184 meters or 24,808.421 miles
Distance to Remote Island (Option 3) = 53,569,782.32 meters or 33,286.72 miles

So, how does this help us?





Where A(mm) is the height of the largest seismic wave (s wave) in millimeters (mm) and delta(t) is the S-P time difference.

Look to GM's version for what I'll use as the s wave height (5000 mm)

The S-P time difference is derived by dividing the Distance to Remote Island in miles by 5.7.

Time Frame (Option 1) = 3,885.856 seconds
Time Frame (Option 2) = 4,352.355 seconds
Time Frame (Option 3) = 5,839.775 seconds

M (Option 1) = log(base10)5000 + 3(log(base10)[8*3885.856]) - 2.92
M (Option 1) = 3.69897000434 + 3(4.4925766897) - 2.92
M (Option 1) = 14.257


Whitebeard's Kabutowari vs Vice Admiral Ronse (Option 1) = 153,815,464,000,000,000,000,000,000 joules or 36.763 petatons

M (Option 2) = log(base10)5000 + 3(log(base10)[8*4352.355]) - 2.92
M (Option 2) = 3.69897000434 + 3(4.54181429837) - 2.92
M (Option 2) = 14.404

Whitebeard's Kabutowari vs Vice Admiral Ronse (Option 2) = 254,683,025,300,000,000,000,000,000 joules or 60.871 petatons

M (Option 3) = log(base10)5000 + 3(log(base10)[8*5839.775]) - 2.92
M (Option 3) = 3.69897000434 + 3(4.66948610155) - 2.92
M (Option 3) = 14.787

Whitebeard's Kabutowari vs Vice Admiral Ronse (Option 3) = 956,092,695,000,000,000,000,000,000 joules or 228.512 petatons

Whitebeard's Kaishin





This is the only other set of Quakes the old farmer dude could have been referencing having felt in on that remote island.

Spoiler:



Whitebeard = 17 pixels
Moby Dick = 218 pixels
Moby Dick Height = 462 pixels

Moby Dick/Whitebeard = 12.824
Moby Dick Height/Whitebeard = 27.176

Whitebeard = 6.66 meters ()
Moby Dick = 85.408 meters
Moby Dick Height = 180.992 meters

Spoiler:



Don't tell me to scale Marineford, or really anything, in One Piece Jr (after the last set of retcons, he sits at 60 meters officially after a retcon/ [ctrl + f "627"] that changed it from the original ) or (stated official height of ).

Let's use the Thousand Sunny ( tall) and characters that have been around the Sunny for a demonstration. Oars? Is a massive Ouroboros where he's officially barely taller than the Thousand Sunny ( , after most recent retcon from ), yet he and his descendant are somehow about the ? That ?

How about Surume ( w/tentacles extended) and Wadatsumi ( )?

As you might be able to tell from this gallery , using the Thousand Sunny as the de-facto measuring stick of the series... its easy to see anything beyond 10 meters in official height generally seems to suffer some kind of exaggeration compared to more reliable measuring sticks. I can pretty much demonstrate this for most Giant Named Characters (which I'm more than happy to continue gathering galleries for going forward).

In lieu of considering that, I'm going to use the Moby Dick because the Thousand Sunny decided to make a no show and Whitebeard is otherwise to scale compared to Luffy.

Moby Dick = 16 pixels
Marineford Diameter = 527 pixels
Marineford Harbor Diameter = 295 pixels
Marineford Wall = 7 pixels
Mass Displacement Distance = 124 pixels

Marineford Diameter/Moby Dick = 32.938
Marineford Harbor Diameter/Moby Dick = 18.438
Marineford Wall/Moby Dick = 0.438
Mass Displacement Distance/Moby Dick = 7.75

Marineford Diameter = 2,813.169 meters
Marineford Harbor Diameter = 1,574.753 meters
Marineford Wall = 37.409 meters
Mass Displacement Distance = 661.912 meters

Spoiler:



The seismic wave warped the shit out of the bedrock Marineford is sitting on, on top of the wave it created.

Marineford Wall = 20 pixels
Seismic Wave Height = 50 pixels

Seismic Wave Height/Marineford Wall = 2.5

Seismic Wave Height = 93.523 meters or 93,523 mm





Where A(mm) is the height of the largest seismic wave (s wave) in millimeters (mm) and delta(t) is the S-P time difference.

The S-P time difference is derived by dividing the Distance to Remote Island in miles by 5.7. I'll be using the same trio as derived above.

Time Frame (Option 1) = 3,885.856 seconds
Time Frame (Option 2) = 4,352.355 seconds
Time Frame (Option 3) = 5,839.775 seconds

M (Option 1) = log(base10)93523 + 3(log(base10)[8*7771.713]) - 2.92
M (Option 1) = 4.97091842953 + 3(4.4925766897) - 2.92
M (Option 1) = 15.529


Whitebeard's Kaishin Yield (Option 1) = 12,402,236,250,000,000,000,000,000,000 joules or 2.964 exatons

M (Option 2) = log(base10)93523 + 3(log(base10)[8*8704.709]) - 2.92
M (Option 2) = 4.97091842953 + 3(4.54181429837) - 2.92
M (Option 2) = 15.676

Whitebeard's Kaishin Yield (Option 2) = 20,606,299,130,000,000,000,000,000,000 joules or 4.925 exatons

M (Option 3) = log(base10)93523 + 3(log(base10)[8*11679.551]) - 2.92
M (Option 3) = 4.97091842953 + 3(4.66948610155) - 2.92
M (Option 3) = 16.059

Whitebeard's Kaishin Yield (Option 3) = 77,357,067,880,000,000,000,000,000,000 joules or 18.489 exatons

Whitebeard's Shima Yurashi





Basically, Whitebeard not only tilts Marineford, which would require a vertical distance all the way to the sea floor be affected in order for it to have properly tilted and resettled as it had been, but Whitebeard also tilts the ocean surrounding Marineford clear the the horizon we can view from a height of eye roughly on par with the height of the Moby Dick's (we're staring straight at the top of its crow's nest, if not slightly down at it).

Moby Dick Height = Height of Eye = 180.992 meters

Planet Diameter = 452,621.424 kilometers ()


Distance to Horizon = 286,220 meters
Ocean Depth = 10,000 meters ( of Fishman Island)

Volume = PIr^2*H

r = Distance to Horizon
H = Ocean Depth

Water Displacement Voume = 2,572,347,295,760,000 m^3
Water Density = 1,000 kg/m^3
Water Displacement Mass = 2,572,347,295,760,000,000 kilograms

How about a time frame?

As you might notice and , between the time of the island starting to tilt and when we see it finish its job, Whitebeard's coat sleeve roughly moves from around shoulder height to back down near his knee. Similarly, his coat rises off his back into the air roughly a similar distance.

So freefall~

Spoiler:



Whitebeard = 156 pixels
Whitebeard Waist = 28 pixels

Whitebeard Waist/Whitebeard = 0.179

Whitebeard = 6.66 meters
Whitebeard Waist = 1.192 meters

Spoiler:



Whitebeard Waist = 104 pixels
Coat Distance = 120 pixels

Coat Distance/Whitebeard Waist = 1.154

Coat Distance = 1.376 meters

Time Frame = sqrt(2d/g)

d = Coat Distance
g = 9.8 m/s^2

Time Frame = 0.53 seconds
Mass Displacement Distance = 661.912 meters
Mass Displacement Speed = 1,248.891 m/s

KE = 0.5mv^2

Whitebeard's Shima Yurashi Yield = 2,006,081,990,214,285,000,000,000 joules or 479.465 teratons

Mihawk's Physical Might





Basically, Mihawk slashes, cuts the wave in half, and sends it into the air all in the time it takes Luffy's vest to rise off his stomach.

So I can do KE~

Before anything else?

Gonna find Luffy's waist size.

Spoiler:



Luffy = 215 pixels
Luffy Waist = 40 pixels

Luffy Waist/Luffy = 0.186

Luffy = 1.72 meters ()
Luffy Waist = 0.32 meters

Spoiler:



Marineford Diameter = 339 pixels
Wave Height = 350 pixels

Wave Height/Marineford Diameter = 1.032

Marineford Diameter = 2,813.169 meters
Wave Height = 2,903.19 meters

Spoiler:



Hate using a diagram, but its the only vague view we get of the thickness.

Wave Height = 137 pixels
Wave Thickness = 58 pixels

Wave Thickness/Wave Height = 0.423

Wave Thickness = 1,228.049 meters

Spoiler:



Background

Wave Height = 621 pixels
Wave Top Height = 402 pixels
Wave Half Length = 1037 pixels
Wave Movement = 100 pixels

Wave Top Height/Wave Height = 0.647
Wave Half Length/Wave Height = 1.67
Wave Movement/Wave Height = 0.161

Wave Top Height = 1,878.364 meters
Wave Half Length = 4,848.327 meters
Wave Length = 9,696.654 meters
Wave Movement = 467.414 meters

Volume = LWH

L = Wave Length
W = Wave Thickness
H = Wave Top Height

Wave Top Volume = 22,367,495,113.545 m^3
Water Density = 1,000 kg/m^3
Wave Top Mass = 22,367,495,113,545 kilograms

Foreground

Luffy Waist = 60 pixels
Vest Height = 25 pixels

Vest Height/Luffy Waist = 0.417

Vest Height = 0.133 meters

Time Frame = sqrt(2d/g)

d = Vest Height
g = 9.8 m/s^2

Total Time Frame = 0.165 seconds

Halve Time Time Frame to account for Mihawk's shockwave traveling to the wave and get...

Wave Rising Time Frame = 0.0825 seconds

Wave Rising Speed = 5,665.624 m/s

Dracule Mihawk's Physical Might = 358,990,415,490,352,800,000 joules or 85.801 gigatons

Aokiji's Ice Age





Barring the fact we know Aokiji just flat out countered Whitebeard's already derived Kaishin yield? We can derive a yield for freezing the water independent of that direct powerscaling too.

Wave Height = 2,903.19 meters
Wave Length = 9,696.654 meters
Wave Thickness = 1,228.049 meters

Volume = 2(LHW)

L = Wave Length
W = Wave Thickness
H = Wave Height

Total Wave Volume = 69,142,177,063.329 m^3
Water Density = 1,000 kg/m^3
Total Wave Mass = 69,142,177,063,329 kilograms

Latent Heat of Fusion = 334,000 j/kg (GM used it here, probably found from a place like here)

Aokiji's Ice Age Yield = 23,093,487,139,151,890,000 joules or 5.519 gigatons

Akainu's Dai Funka and Ryusei Kazan

Dai Funka





Ryusei Kazan





First Dai Funka

Spoiler:




Moby Dick = 18 pixels
Ice Diameter = 42 pixels

Ice Diameter/Moby Dick = 2.333

Moby Dick = 85.408 meters
Ice Diameter = 199.257 meters

Volume = (4/3)PIr^3

r = Ice Diameter/2

Ice Volume = 4,140,179.395 m^3

2,260 j/cc

Akainu's Dai Funka Yield = 9,356,805,432,700,000 joules or 2.236 megatons

Next Ryusei Kazan

Marineford Harbor Diameter = 1,574.753 meters (derived above much earlier)

Volume = PIr^2*H

r = Marineford Harbor Diameter/2
H = Ice Diameter

Marineford Harbor Volume = 387,889,597.56 m^3

2,260 j/cc

Akainu's Ryusei Kazan Yield = 876,630,490,485,600,100 joules or 209.520 megatons

Marineford Monkey D Luffy and Emporio Ivankov's Speed





They're lasers/light/etc ( bullshit)

Both Luffy and Iva dodge Kuma's laser, moving about the same speed as the other (Iva doesn't exactly appear to overtake or catch up to Luffy in sheer distance apart they are from start to finish at any rate)

Spoiler:



Unlike with some of the other examples, Kuma's not shooting directly at either. So, to showcase that he shot between them counting on an explosion doing them in, I scaled the distance as if being all the way to the ground.

Kuma = 214 pixels
Initial Distance = 243 pixels

Initial Distance/Kuma = 1.136

Kuma = 6.89 meters ()
Initial Distance = 7.827 meters

Spoiler:



Foreground

Kuma Head = 113 pixels
Initial Laser Travel = 128 pixels

Initial Laser Travel/Kuma Head = 1.133

Kuma Head = 0.813 meters (found )
Initial Laser Travel = 0.921 meters
Total Laser Travel = Initial Distance - Initial Laser Travel = 6.906 meters

Background

Luffy = 69 pixels
Ivankov Movement = 116 pixels

Ivankov Movement/Luffy = 1.681

Luffy = 1.72 meters
Ivankov Movement = 2.891 meters

Ivankov Movement/Total Laser Travel = 0.419

Speed of Light = 300,000,000 m/s
Marineford Monkey D Luffy and Emporio Ivankov's Speed = 125,700,000 m/s or 0.419C

Blackbeard's lacks a time frame, so it mostly just serves to demonstrate some parity with Whitebeard's former powers. I don't particularly feel like doing at the moment. Iva's looks vaguely relativistic if someone wants to give that a shot. Iva also of the Pacifista lasers, but from much further away and moving a much more ill defined distance to do so. Luffy's is nice, but something for later. This is a for Luffy before he even sets sail at the end of chapter 1. And be bothered to put a number to right now. Same .


Final Tally

Whitebeard's Kabutowari Yield (Option 1) = 36.763 petatons
Whitebeard's Kabutowari Yield (Option 2) = 60.871 petatons
Whitebeard's Kabutowari Yield (Option 3) = 228.512 petatons

Whitebeard's Kaishin Yield (Option 1) = 2.964 exatons
Whitebeard's Kaishin Yield (Option 2) = 4.925 exatons
Whitebeard's Kaishin Yield (Option 3) = 18.489 exatons

Whitebeard's Shima Yurashi Yield = 479.465 teratons

Dracule Mihawk's Physical Might = 85.801 gigatons

Aokiji's Ice Age Yield = 5.519 gigatons

Akainu's Dai Funka Yield = 2.236 megatons

Akainu's Ryusei Kazan Yield = 209.520 megatons

Marineford Monkey D Luffy and Emporio Ivankov's Speed = 0.419C
Updated with explanations and the speed feat for Luffy/Iva
 
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