# Viewing blog entries in category: One Piece Calculations

• ### One Piece Calc#30 - Big Mom's Elbaf Spear

Feat

https://[Blocked Domain]/Manga/One-Piece/One-Piece---874?id=376731

Calc

All right, had some free time on my hand. And this was already scaled and ready so I thought why not post the most impressive feat of this pathetic excuse of an emperor.

First, we need the island size. I already scaled it before. I took the mid end.

Whole Cake Island Diameter [Mid End] = 7183.5134 meter

Now we need the size of one of WCI's blocks that's beside the huge towers.

Whole Cake Castle diameter = 491 pixel

Block's Height = 103 pixel = 1506.92847 meter

Now Meme slash entered from one part and exited from other. For the lack of better method I will use the width as the length that the slash crossed.

Block's Height = 260 pixel = 1506.92847 meter

Block's Width = 117 pixel = 678.11781 meter

Lets now scale the hole it made and how much water it raised,

Block's Height = 45 pixel = 1506.92847 meter

Hole diameter = 8 pixel = 267.8983 meter

Water width = (100+36+69)/3 or 68.3333 pixel = 2288.28762 meter

Water Height = (44+61+54+44+26)/5 or 45.8 pixel= 1533.71831 meter

Assuming the block was 80% solid and cylinder shaped,

Hole's Volume = pi*r^2*h = pi*(267.8983/2)^2*678.11781 = 38223895.7192 meter^3

It looks like Meme's attack pulverized it. But it's also true that everything in WCI is made from food ingredient. I am going to play it safe and use 8 j/cc for pulverization here.

Rock Destruction, Q1 = 305791165753944.95927 joules

Volume of Water = pi*r^2*h = pi*(2288.28762/2)^2*1533.71831

Volume of Water = 6307491961.51961 meter^3

Density of sea water is 1024 kg/m^3

Water Weight = 6458871768596.08110671 kg

PE of Water = mgh = 6458871768596.08110*9.8*(1533.71831/2)

PE of Water, Q2 = 48539840477845673.62884 joules

Total DC = Q1 + Q2 = 48845631643599618.5881132109 joules

Total DC = 11.674386148 Megatons

So that was impressive.

Final Tally

Big Mom's Elbaf Spear = 11.674386148 Megatons
• ### One Piece Calc#29 - Big Meme makes it rain

Feat

Calc

Big Meme apparently has the power to create a storm. When she learns that Luffy beat Cracker she went into a fit of rage & created a thunderstorm.

From the looks of it I think it's a
Single-Cell thunderstorm. Single-cell thunderstorms typically last 20–30 minutes. But here it looks it lasted close to a day. Here we see the rain started at 2 pm. This is all after Luffy met with Sanji & fought the enraged army so probably 30 minutes earlier but lets just go with it as is. The marriage was next day. We learn from here that weeding was supposed to be at 10 am. The rain stopped at least 4 hours and 30 minutes before marriage started (including the time SH took to reach Bege's castle) so at 5:30 am at least.

So, our time frame is 2 pm to 5:30 am or 15 hours & 30 minutes.

First , we need the whole area the storm covered. From the scan below we can see from our POV the storm. Since it was created in Whole cake island lets assume it's ground Zero & distance from our POV to the island is the radius. I am going to calc the distance using angular formula.

Island Diameter = 548 pixel = 7183.5134 meter

Cloud Base height = 200 pixel = 2621.7202 meter

Cloud height = 143 pixel = meter

Panel Height = 505 pixel

object degree size = 2*atan(548/(505/tan(70/2)))

object degree size = 74.457258438

Now, putting object degree size & WC Island size in angular calculator we will find the distance.

http://www.1728.org/angsize.htm

Distance, r = 4.7271e+3 meter

So area covered = pi*(4.7271e+3)^2 = 70200378.24743 meter^2

Now, since we don't have a time frame & her creation didn't look like she gathered clouds at all I am not going to calc it using KE instead I am going to try a different method.

We need rainfall rate. Light rain is typically 2- 4 mm/hr & moderate rain is typically 5-9 mm/hr. For the sake of low end lets use 3 mm/hr. (Link)

Now, we need the amount of water fell during the rain.

1 mm of rainfall equals 1 liter of water over an area of one square meter. (Link)

Total number of millimeters that fell = (3*15.5) or 46.5 mm

Rate in terms of liters/meter^2 = 46.5 liter/meter^2

Total Water Fell = (46.5*70200378.24743) = 3264317588.505495 liter or 3264317588.505495 kg

https://en.wikipedia.org/wiki/Water_vapor

So, now we need dew point temperatures cause that's the temperature water vapor has to cool down to form water droplets.

dewpoint = surface temperature - (4.4*cloud base/1000)

dewpoint = 20 - (4.4*2621.7202/1000)

dewpoint = -1.0257525517644 celcious

Now, we need the temperature to calc the energy to cool down water vapor.

http://www.ucompass.com/met1010/lectures/012698.htm

Height from surface to mid point of cloud = 2621.7202+(1874.5299/2) = 3558.9852 meter

http://www.onthesnow.com/news/a/15157/does-elevation-affect-temperature-

So, temperature at 3558.9852 meter cools down (6/10000*3558.98521) or 2.135391 Celsius or temperature in the cloud is (20-2.135391) or 17.864609 Celsius.

Q1 = specific heat capacity*mass*temperature change.

Q1 = 1.996*(3264317588.505495*1000)*(17.864609+1.02575)

Q1 = 123081605749218.61574931918 Joules

I am going to calc the latent energy needed to condense this huge mass.

The latent heat of condensation = 2.5 * 10^6 Joules/kg

Latent Energy, Q2 = (3264317588.505495*2.5 * 10^6) Joules

Latent Energy, Q2 = 8160793971263737.5 Joules

Total Energy = Q1+Q2 = 8283875577012956.11574931918 Joules

Final Tally

Big Meme's Storm = 1.97989378 Megatons

All discussion related to this calc goes here.
• ### One Piece Scalling#28 - Size of the Whole Cake Island

Since there has been a lot of debate whether Big Meme's feats are impressive or not I have decided to scale the Whole Cake Island. This is the second version. Lets see this one goes.

First I will scale one of the Germa ship. I will use @God Movement Thousand Sunny calc for it.

Thousand Sunny Width = 89.8943 pixel = 26.2 meter

Germa 66 ship width = 488.0368 pixel = 142.2398 meter.

Now I will use this to scale the diameter of the lower level of Whole Cake Castle. All the Germa ships should be of same size. But I doubt Oda used scale here so I will scale four ships & use the average.

Germa 66 ship width = (78+74+76+74)/4 or 75.5 pixel = 142.2398 meter.

Whole Cake Castle lower level diameter = 652 pixel = 1228.3497 meter

TBH the design & size of WCI is pretty inconsistent. But one thing we are sure of is that Germa 66 was situated just behind Whole Cake Castle. I am going to scale the lower level diameter to scale the whole island. Also I am going to use two different scan & use average.

Whole Cake Castle lower level diameter = 52 pixel = 1228.3497 meter

Whole Cake Castle top level diameter = 17 pixel = 401.5758 meter

Whole Cake Castle diameter = 387 pixel = 9141.7564 meter

Again, with different scan,

Whole Cake Castle lower level diameter = 129 pixel = 1228.3497 meter

Whole Cake Castle top level diameter = 26 pixel = 247.5743 meter

Whole Cake Castle diameter = 491 pixel = 4675.3465 meter

So, almost half from what we got from the first scan.

Let's try again then,

Whole Cake Castle lower level diameter = 79 pixel = 1228.3497 meter

Whole Cake Castle top level diameter = 33 pixel = 513.1081 meter

Whole Cake Castle diameter = 462 pixel = 7183.5134 meter

Now, we are getting somewhere. Lets try again,

Whole Cake Castle lower level diameter = 54 pixel = 1228.3497 meter

Whole Cake Castle diameter = 432 pixel = 9826.7976 meter

Now, some can object to the last scaling due to the castle falling down. But I think it falling down has any effect here since we are scaling via diameter. As such we can scale it with no problem.

Nonetheless , I think I will go with the mid end or the value of third scan for island diameter. For top level diameter lets use the average which is (513.1081+247.5743+401.5758)/3 or 387.4194 meter.

If there is any mistake, kindly point it out & I will try to correct it.

Final Tally

Castle Top Level Diameter [Average] = 387.4194 meter.

Whole Cake Island Diameter [Mid End] = 7183.5134 meter
• ### One Piece Calc#26- Enels Casual Lightning DC

Feat

http://www.[Blocked Domain]/one-piece/272/16

Calc

Basically Enel destroyed a large chuck of upper yard with his lightning attack. Nothing more,nothing less.

Weird Tree = 42 pixel = 211.7 meter

Hole Diameter = 210 pixel = 1058.5 meter

Now I could calc the height using angular size but I am pretty lazy to do so.

Hole Height = 34 pixel = 171.3761 meter

Modelling the volume as cylinder .

Volume = 150807204.915789 meter^3

One can argue that there were probably some part of cloud too & of course the space occupied by the tree. Instead of going into a shouting match I have decided to use only 1/3 of the volume I calced.

Volume = 50269068.305263 meter^3

Fragmentation value of rock is 8j/cc

Lightning Energy = 402152546442104 Joules

Lightning Energy = 96.116765402 kilotons

Final Tally

Casual Lightning Attack= 96.116765402 kilotons of TNT
• ### One Piece Calc#25 - Ferocious Tiger

Feat

http://[Blocked Domain]/r/one_piece/799/2920/8

Calc

In light of the new chapter which gives a more clear picture of the destruction I am going to redo the energy of Fujitora's ferocious tiger. The result might come as disappointing but not really in the business of pleasing people. So here goes,

Island Diameter = 250 pixel = 43803.6296 meter

Crater Height = 25 pixel = 4380.36296 meter

Crater Width = 15 pixel = 2628.217776 meter

I have decided calc the volume as box so I have scaled the destroyed part in three place & will use their average value.

Stone Boulder Length = (56.4358+42+36)/3 or 44.81193 pixel = 7851.701565 meter

Destroyed Part Volume = L*W*H = 90393089554.429750 meter^3

Now I am going to use two value. For low end 69 j/cc & 214 j/cc for high end.

Ferocious Tiger [Low End] = 6237123179255652768.8387427 Joules

Ferocious Tiger [High End] = 19344121164647966558.42740503 Joules

Very casual attack. He did it while levitating billions of tons of rubble in the sky.

Final Tally

Ferocious Tiger [Low End] = 1.49070 Gigatons of TNT

Ferocious Tiger [High End] = 4.62335 Gigatons of TNT
• ### One Piece Feat#24 - King Elizabello's Punch

Feat

Calc

As time pass I am hating scalling more & more. I am glad Tacocat did most of the work otherwise I wouldn't have touched it.

Anyway first I need the mass the kings punch send flying. We already know it from Taco's blog. It is 7340285981115 kg.

Now we need the distance he sent the mass flying.We don't know how far. We know it was send beyond platue so it has to work for now as low end.

So the distance is = Platue's width = 3012.9480 meter .

Now we need the angle. Elizabeth send his punch from 2nd level. I am going to assume he send the debris at same angle he threw the punch.

2nd level height = 40 pixel = 605.65 meter

Distance from 2nd level to Pica = 277 pixel = 4193.0875 meter

Distance from ground to 2nd level = 60 pixel = 908.25 meter

Again Platue's side = 15 pixel = 68.185 meter

Impact place to Castle = 60 pixel = 272.74 meter

Platues Height = 1683.706 meter

So,Total height from ground to impact point = (1683.706+272.74) or 1956.446 meter

Height from 2nd level to Impact point = (1956.446-908.25) or 1048.196 meter.

Now lets find out the angle,

tan(θ) = 1048.196 / 4193.0875

tan(θ) = 0.2499819047420308

θ = atan(0.2499819047420308)

θ =14.035267669032

Great now plugging the angle & initial velocity in projectile motion calculator I got time = 12.4 second.

So it will take 12.4 second for the mass to cross the platue's width after the punch connected with the mass.So,

Velocity = s/t = 242.97967 meter/second

Lets calc the Kinetic Energy then,

K.E = 216682025791649835.377039 Joules

K.E = 51.788247082 megatons

Fuck you Zoro.Anyway someone check the calc.

Final Tally

King's Punch =51.78824 Megatons of TNT
• ### One Piece Feat#23 - Gladius's Punk Rock Super Arena

Feat

http://www.[Blocked Domain]/one-piece/773/14

Calc

Do I need to explain the feat? I don't think so. Its as simple as it seems. Lets just get down to business.

To calc the crater volume first I need the height of fourth level.I am going to use Cat's 2nd level scaling for that.

2nd level = 78 pixel = 605.65 meter

4th Level = 35 pixel = 271.7660 meter

Now crater size,

4th Level = 142 pixel = 271.7660 meter

Crater Diameter = (133+120)/2 = 126.5 pixel = 242.10142 meter

Crater Radius = D/2 = 121.05071 meter

Crater Depth = 24 pixel = 45.9322 meter

To calc the volume I am going to shape it as a cylinder.

Crater Volume = 2114475.36939 meter^3

The whole volume was violently fragmented so I am going to use 69 j/cc here since we are not using 120 j/cc anymore.

Blast Energy = 145898800488222.0681117 Joules

Blast Energy = 34.870650212 kilotons

Final Tally

Gladius's Punk Rock Super Arena = 34.8706 kilotons of TNT
• ### One Piece Feat#22 - Hajrudin's Gungnir

Feat

http://www.[Blocked Domain]/one-piece/770/13

Calc

So in the latest chapter Hajrudin sent Machvise flying using this attack. He used it to counter Machvise "10000 ton hell vise". Basically Mach changed his weight to 10000 ton (which he can do because of his DF) & jumped from a higher ground. Hajrudin countered his KE with Gungnir & send him flying so high he clashed with bird cage. I am going to calc the Force behind the attack & the work needed to done the feat. Lets get to it then.

First we need the mass. Its 10000 ton but we don't know which version of ton it is. So for the sake of low end I will use Short ton.

1 Short Ton = 907.185 kilograms

10000 Short Ton = 9071847 kilograms

We we need the distance he was sent flying. Now we don't know the original distance cause he felt down after he hit the bird cage.So we will work with the low end here too.

Machvise was sent flying from 2nd level.That's the distance I will use.

Dressrosa Diameter = 523 pixel = 43803.6296 meter

Distance Sent Flying = 157 pixel = 13149.464334 meter

Now inputting the distance & 90 degree in the projectile motion calculator we got liftoff velocity = 508 meter/second.

Now we need the acceleration of his arm.First I need the length of his arm for that.

Ussop = 56 pixel = 1.76 meter

Hajrudin's Hand = 197 pixel = 6.191428 meter

So,a = v^2/2d

Here, v = 508 meter/second.

d = length of arm = 6.191428 meter

a = 20840.424550 meter/second^2

We know, Force = mass*acceleration

F = 189061142933.271805210 Newtons

From the scan I think he moved his hand more or less at 70 degree angle during the punch.

His Hand Moved S = r*theta = 7.564256 meter

Now lets calc how much work he did to throw it.We know

W = F*S

W = 1430107069733.418906 joules or 341.803792957 TNT

Lets also calc the Kinetic Energy of the Machvise flying.

K.E = 1170558562104 Joules or 279.770210828 Tons

Final Tally

Force of Gungnir = 189061142933.271805210 Newtons

Work Done for Gungnir = 341.80379 Tons of TNT

Kinetic Energy of Flying Machvise = 279.770210828 Tons
• ### One Piece Feat#21 - Ussop's Sniping Range

Feat

http://[Blocked Domain]/manga/one_piece/vTBD/c758/12.html

Calc

In the latest chapter we see Ussop firing something (can't make it out totally) from Old castle ground to the castle which was placed on the flower field. I am going to scale the distance his bullet (or whatever went).

For this I am going to use Green-bit scaling.First I am going to use the islands diameter to scale the old castle ground.

Dressrosa Diameter = 756 pixel = 43803.6296 meter

Old Castle Ground = 52 pixel = 3012.9480 meter

Now I am going to scale the height of the castle using the castle previous location width.

Old Castle Ground = 170 pixel = 3012.9480 meter

Height = 95 pixel = 1683.706 meter

Now I am going to scale the distance between the castle & the flower field.

Castle ground height = 139 pixel = 1683.706 meter

Sniping Distance = 383.54 pixel = 4645.8348 meter

Ussop's possible COO Area = pi*r^2 = 67807450.2875 m^2

Final Tally

Sniping Distance = 4645.8348 meter

Ussop's possible COO Area = 67807450.28754 m^2
• ### One Piece Feat#20 - Marine Battleship DC

Feat

http://www.onepiecebay.net/manga/One-Piece/724/13

Calc

Its not an important or relevant calc at all.Just thought I would do it cause I have some free time on my hand.

Sunny Mast Height = 35.38 pixel = 42.1 meter

Water Diameter = 91.21 pixel = 108.5279 meter

Water Height = 134 pixel = 159.4353 meter

Modelling the water as cone to calc the volume.

Cone Volume =

Water Volume = (1/3)*pi*(108.5279/2)^2*159.4353

Water Volume = 491627.20700 meter^3

Sea Water Density = 1026 kg/meter^3

Water Mass = 504409514.38402 kg.

Potential Energy = mg(h/4)

Potential Energy = 197030783326.6996 Joules

Potential Energy = 47.0914 Tons

Now this is a battleship commanded by A Fucking admiral.Possibly all Buster Ship has same level of DC too.

Final Tally

Navy Ship Canon DC = 47.0914 Tons
• ### One Piece Feat#19 - Kinetic Energy of Fujitora's Meteor

Feat

http://www.[Blocked Domain]/one-piece/751/6

Calc

There is nothing to explain really about the calc.Its pretty simple. Fujitora summoned few meteor to see how Birdcage is holding up.Unfortunately his meteors got sliced into pieces before it entered Dressrosa.

Now for scalling first I need the diameter of Dressrosa.I am going to use the Greenbit scalling here.Luckily we can see Greenbit & Dressrosa in a single panel & its a top down view.

Green Bit Diameter = 33.3016 pixel = 6508.83 meter

Dressrosa Diameter = 224.1160 pixel = 43803.6296 meter

Dressrosa Diameter = 523 pixel = 43803.6296 meter

Meteor Diameter = 23 pixel = 1926.3546 meter

Meteor Volume = (4/3)*pi*r^3

Meteor Volume = 3742892542.3607 meter^3

Stony Meteor Density = 3500 kg/m^3

Meteor Mass = 13100123898262.7630 kg

Low End

For low end I'll use 11 km/s which is regarded as the minimum velocity entering into Earth's atmosphere.

http://www.amsmeteors.org/fireballs/faqf/

This is definitely a meteor over 100000 tons.Still I am still going to use 70% of its cosmic velocity.

70% of 11 km/s = 7700 meter/second

KE = 388353172963999609964.7199 Joules

KE = 92.8186 Gigatons of TNT

Mid End

I will be using calculated minimum velocity for entering OP earth's atmosphere which is 38360.4170 meter/second

70% of 38360.4170 km/s = 26852.2919 meter/second

KE = 4722893218999761745021.16170 Joules

KE = 1.1287 Teratons of TNT

High End

The high-end value for velocity is 70.56 km/s which is the maximum velocity for meteor entering our atmosphere.

70% of 70.56 km/s = 49392 meter/second

KE = 15979332428421629491950.7985 Joules

KE = 3.81915 Teratons of TNT

It doesn't translate to Fuji's normal DC.KE of meteor here is mainly cause of velocity during its fall.

Unless of course someone destroys it or counters it then its another matter.So don't go around power scaling it to Admirals & Yonko's yet.

Final Tally

Kinetic Energy of the Meteor

Low End - 92.8186 Gigatons of TNT

Mid End - 1.1287 Teratons of TNT

High End - 3.81915 Teratons of TNT
• ### One Piece Calc#18 - Fujitora's Meteor Speed

All right we are going to calc Meteor Speed using One Piece Earth Size.

OP Earth Diameter = 150046.2 km

OP Earth Radius = 75023.1 km

Mass of OP Earth = 8.272E+26 kg

We are going to use this formula to calc the speed here.

Every value needed is already there.So,

Meteor Velocity = sqrt((2*6.673*10^-11*8.272E+26)/(75023.1*1000))

Meteor Velocity = 38360.41707299959 m/s

Also,

http://www.amsmeteors.org/fireballs/faqf/

• ### One Piece Feat#17 - Law Re-Directs Meteor

Feat

http://www.[Blocked Domain]/one-piece/724/15

Calc

Spoiler:
After the Meteor entered Law's Room he redirected it towards the Navy Ship.We are going to calc the KE of the meteor.

Why? Cause it would give Nitpickers a minimum value of a projectile KE Law can control & redirect within his ROOM.

This calc will also give us energy behind each of Fujitora's meteor

Now,Thousand Sunny Mast = 61.32 px = 42.1 meter

Meteor Diameter = 166 px = 113.95 meter

Meteor Volume = 4/3*pi*r^3

Meteor Volume = 774843.820 m^3

Density of Stony Meteor = 3500 kg/m^3

Mass = 2711953371.638 kg

For Speed we are going to use 70% of the entry velocity.

Velocity = .7*38360.41707299959 m/s.

Velocity = 26852.291951099713 m/s

K.E = .5*m*v^2

K.E = 26852.291951099713^2*.5*2711953371.638

K.E = 977720999997508105.009072 Joules

K.E = 233.6809 Megatons.

Final Tally

Fujitora's Meteor = 233.6809 Megatons
• ### One Piece Feat#16 - DC of Dyna Stone [Movie]

Now this is a movie feat,non-Canon.So I would ask everyone not to get too consume by the result.

Anyway after opening the case of Dyna stone Z threw it towards Kizaru.It then detonated & destroyed the entire island.

Now,first the island size.No island in one piece has been calced lower than 20 km so far.But Marineford was calced 3,031.9 meters.The smallest island in one piece so far.Since the destroyed island was another Marine base so I am going to use Marineford size as low end here.

Here, in this scan

Island Radius,r = 454 px = 3031.9/2 = 1515.95 meter.

Island Height,h = 252 px = 848.1306 meter.

The island is cone sized.

Island Volume = (1/3)*pi*r^2*h

Island Volume = 2041085106.9200 m^3

The whole island was pulverized.Pulverization energy is 214.35 j/cc.

Destruction Energy = 437506592668308835.00572 Joules

Again Cross section area of mountain in the island = .5*848.1306*1515.95 m^2

Cross section area of mountain = 642861.791535 m^2

So,J/m^2 = 680560889493.28886

Now the destruction spread like a hemisphere.

So,Surface Area of Destruction = 2*pi*r*h [Half elipsode]

Surface Area of Destruction = 2*1515.95*1515.95*pi

Surface Area of Destruction = 14439415.8161 m^2

So,Energy = 14439415.8161*680560889493.28886

Energy = 9826901671604360381.5204 Joules

Energy = 2.34868 Gigatons.

Final Tally

Dyna Stone DC = 2.34868 Gigatons.
• ### One Piece Feat#15 - Dressrosa Bit Feats

Fujitora's Fodder Crushing DC

Well since Fujitora is blind gamblers were ripping him off.But as usual out hero saved the day by telling Fujitora that he won so Fujitora simply crushed them with his gravity.

Now,here Human = 20 px = 1.7 meter

Crater Diameter = 700 px = 59.5 meter

Crater Depth = 316 px = 26.86 meter.

Volume [Cylinder] = 74684.3870 m^3

Now Fujitora didn't only grained wood he also pulverised motherearth below wooden structure.So I can use 214.35 j/cc for the feat.

Energy = 16008598369829.672695 Joules

Energy = 3.826146838 kilotons

Kings Punch

No matter how awesome it sounds its actually a fodder level punch IMO.

Anyway the king punches after storing up his energy for 1 hour & makes a tiny hole in the fort.

Window = 10 px = 1.5 meter

Destruction Diameter D1 = 175 px = 26.25 meter.

Destruction Diameter D2 = 140 px = 21 meter

Now his punch destroyed material all the way to the other side.But unfortunately we don't know its length.So we are going to calc height & width of castle & use average for length.

Castle Height = 239 px = 35.85 meter

Castle Width = 613 px = 91.95 meter

Length = (H+W)/2 = 63.9 meter

Destruction Volume [Cylinder] = 63.9*pi*(26.25/2)*(21/2)*.2

Destruction Volume [Cylinder] = 5533.110426 m^3

We don't know the type of destruction so we are going to use all three values.

Concrete Fragmentation = 1.4 J/cc

Concrete "violent fragmentation" = 42 J/cc

Concrete pulverization = 12.96 J/cc

Energy [Fragmentation] = 7746354596.6533 Joules = 1.851 tons

Energy [V.Fragmentation] = 232390637899.5994 Joules = 55.542 tons

Energy [Pulverization] = 71709111123.3049 Joules = 17.138 tons

Size of Law's ROOM

Its a fairly simple scalling.We already know Green Bit's size from Taco's blog.We will use it to scale Law's Room Size.

Green Bit Diameter = 567 px = 8278.86 meter.

Law's ROOM Diameter = 251 px = 3664.8921 meter.

Law's ROOM Height = 117 px = 1708.3361 meter.

Sabo's Dragon Breathe

Sabo destroyed the Colosseum ring with an attack which not only fragmented the sturdy ring but also pushed it downwards.

http://www.[Blocked Domain]/one-piece/744/4

I am just going to calc the fragmentation part. So honestly its low balled.

First we need the size of Colosseum ring. I calced Colosseum size few months ago. I have two scaling. I will use both.

Scaling - 1

Colosseum Diameter = 379 px = 1589.88577 meter.

Colosseum Ring Diameter = 141 px = 591.4878 meter.

Good now we need its height or depth whatever you want to call it.

Colosseum Ring Diameter = 280 px = 591.4878 meter

Colosseum Ring Height = 16 px = 33.799 meter

Colosseum Ring Volume = pi*r^2*h

Colosseum Ring Volume = 9287296.4320 m^3

Fragmentation Value [8 j/cc] = 74298371456774.61660 Joules

Colosseum Destroying Energy = 17.7577 kilotons

Scaling - 2

Colosseum Ring Diameter = 100.725 meter

Colosseum Ring Height = 8.1458 meter

Colosseum Ring Volume = pi*r^2*h

Colosseum Ring Volume = 64907.9923 m^3

Fragmentation Value [8 j/cc] = 519263938842.33344 Joules

Colosseum Destroying Energy = 124.1070 tons

Final Tally

Fujitora's Casual DC = 3.826146838 kilotons

King's Punch = 1.851 tons - 55.542 tons

Law's ROOM Diameter = 3664.8921 meter.

Sabo's Dragon Breathe = 124.1070 tons - 17.7577 kilotons