# Viewing blog entries in category: Naruto Calculations

• ### Naruto Feat#7 - Sasuke destroys half of a meteor.

This one is a feat from the Naruto Movie. Its pretty insignificant in the grand scheme of power level but since it is already scaled & just sitting on my hard drive so....

Now I am going to scale the meteor using the height of the hill that surrounds the village. Waka got it to be 96 meter.

Spoiler:

Hill Height = 105 pixel = 96 meter

Meteor Diameter = 452.73 pixel = 413.9251 meter

Meteor Height/Depth/Whatever = 159.45532 pixel = 145.7877 meter

Modelling the meteor as half ellipsoid.

Meteor Volume = .5*(4/3)*pi*r^2*l = 13078657.06883 meter^3

The meteor is made from moon.For density I am going to use the density of the upper crust which is 2900 kg/m^3

http://www.ipgp.fr/~wieczor/CrustalThicknessArchive/CrustalThickness.html

p = m/V

p*V = m = 2900*13078657.06883= 37928105499.6310026 kg

For velocity I am going to use 11 km/s . Why? It is the absolute minimum speed meteors can enter the atmosphere.

Kinetic Energy = .5mv^2

Kinetic Energy = 2294650382727675662.7315251 Joules

Final Tally

Sasuke Destroying Meteor = 548.4346 Megatons of TNT
• ### Naruto Feat#6 - Toneri Splits the Moon

In the last movie we saw Toneri cut he moon in half which later split. I don't think there is any reason to explain the feat cause I suspect HST fags already know about it.Since I already saw the movie I thought why not calc it.

There is two part of the calc. First calcing the original cut & 2nd part is the split. Then I will add the value.

Lets start the first step. In this step as I have already stated I will calc the original cut. The swing made a big crater in the moon. Most of the volume was pulverized. But some huge chunks of rock was also lifted up. I am going to approach this calc in two ways. One will be low end where I will use sedan crater value for whole volume. Another will be where I will use 70% of the volume for pulverization. And rest for KE.

Spoiler:

Moon Diameter = 537 pixel = 3475 km

Crater Width = 3 pixel = 19.41m4 km.

Modelling the crater as cylinder which is the closest representation of the crater.

Crater Volume = pi*r^2*h = 184120131.82483 km^3

Low End

Using Sedan Crater 67 joule/cc.

Energy = 12336048832263839575988661.3443 Joules

High End

Spoiler:
First I am going to use 70% volume for pulverization.Pulverization is 214.35 joule/cc.

Crater Volume [70%] = 128884092.2773 km^3

Energy = 2758119574736004.729079 Joules

This one is a bit tricky.Since we didn't have any frame from where I can scale to directly I went a different route. I scaled it from a crater of the moon. For this I have used the smallest crater in the moon which is 500 meter. Though visible it doesn't resemble the crater I am going to scale but since Naruto's moon being weird & all I think its a decent low end.

Fuck it. I am bored.Will finish this part later .

Lets start the second step then.

Now the moon is already 3 pixel apart due to crater. After split two part of the moon is 7 pixel apart. So the split send each other ((7-3)/2)) or two pixel in each direction.

Spoiler:

Force send two part apart = 2 pixel = 12.9422 km

It took 165 frame for the split to happen from the moment Toneri cut it .Video is 24 FPS.

Time frame = (1/24*165) = 6.875 seconds

Split Velocity = (12.9422*1000/6.875) = 1882.512273 meter/second

Mass of Moon = 7.3477*10^22 kg

Now I have to subtract the mass of the crater volume.

Moon Density = 3346 kg/meter^3

Crater Mass = V*d = 6.1601*10^20 kg

Mass Split = 7.2860*10^22

Kinetic Energy of split = .5mv^2

Kinetic Energy = 129104200092831506543501199114.5314755 Joules

Total Energy [L.End] = 129116536141663770383077187775.8757755 Joules

Total Energy [L.End] = 30.8595927681 exatons

Final Tally

Golden Wheel Rebirth Explosion = 30.8595927681 exatons of TNT (EtTNT)
• ### Naruto Feat#5 - Clash between Naruto &amp; Sasuke

Honestly speaking I am just bored right now. That's why I decided to scale few things from the last chapter. I know the results won't be nearly impressive neither it will do any kind of justice to their power level. But still like I said,I am bored.

Feat-1

http://www.[Blocked Domain]/naruto/695/8

Calc

So the fist bump of Kurama & Susano made water rise up above.I am going to calc the PE.For that first I need the height of statue's.

Sasuke = 10 pixel = 1.68 meter

Waterfall width = 97 pixel = 16.296 meter

Waterfall width = 126 pixel = 16.296 meter

Madara waistband to foot = 334 pixel = 43.1973 meter

Total statue height = 43.1973+31.752 = 74.9493 meter

Madara Statue = 45 pixel = 74.9493 meter

Canal Depth = 36 pixel = 59.9594 meter

Now the water pillar I am going to scale is much further away from the placeholder statue. So first I am going to calculate the distance to the statue then use that to scale distance to water pillar which I will use to angsize water pillar size.

Object Size = 45 pixel

panel height = 500 pixel

object degree size = 2*atan(45/(500/tan(70/2)))

object degree size = 7.211871734786

Putting object degree size & size into angular calculator I got distance = 594.66 meter

Distance to statue = 180 pixel = 594.66 meter

Distance to water pillar = 293 pixel = 967.9743 meter.

Great now lets scale water pillar size using angsize method.

Object Size = 208 pixel

panel height = 500 pixel

object degree size = 2*atan(208/(500/tan(70/2)))

object degree size = 32.48023949892

Putting object degree size & size into angular calculator I got size = 563.92 meter.

Water pillar height = 208 pixel = 563.92 meter

Water pillar base diameter = 101.7889 pixel = 275.9653 meter

I am modelling the water pillar as cone to find its volume.

V = (1/3)*pi*(275.9653/2)^2*563.92

V = 11243333.125424 meter^3

Water density is 1000 kg/m^3

Water Pillar mass = 11243333125.424144 kg

GPE = mgh

g = 9.8 m/s^2

h = 563.92/4 = 140.98 meter

GPE = 11243333125.424144*9.8*140.98

GPE = 15533834019418.49908 joules

GPE = 3.712675435 kilotons

As I have said not nearly impressive.

Feat-2

http://www.[Blocked Domain]/naruto/695/18

Calc

This one is pretty straight forward & easy scaling.

Canal Depth = 22 pixel = 59.9594 meter

Bijju bomb diameter = 660 pixel = 1798.7839 meter

Final Tally

Bijju bomb diameter = 1798.7839 meter

GPE of Water pillar = 3.7126 kilotons of TNT
• ### Naruto Feat#4 - Pain's Invasion of Konoha.

I have to admit that this shit is bullshit. I tried to roam around the arc before calcing it but fucking inconsistency.My head started hurting so much that I had to give up eventually.

For this calc I will use Hachibiwaks & ChaosTheory123 blog as reference.

I am so fed up with this calc that I am not even going to scale anything myself.Will just use Chaos scalling.

Calc

Kage Mountain Scalling.

Spoiler:
If one thing I learnt from those two blog then that is Konoha size is heavily dependent on Kage faces on mountain.

From Waka's blog we get Kage faces length = 148 meters.

Chaos got Kage faces length = 128.15 meters.

Instead of going around trying to do my own scalling I would use the average = 138.075 meters.

Kage Mountain Faces (All)= 172 pixels = 138.075 meters

Kage Mountain Faces (Minus Tsunade) = 131 pixels = 105.161 meters.

Now... Just rescaling Konoha off the Kage Faces.

And this part is a bit of a problem cause I can't see the scan Chaos used to get the numbers. But thats not a problem really. From Chaos scalling we get

Kage Mountain Faces (Minus Tsunade) = 17 pixels

Konoha Diameter = 5455.7927 meters

I can now see Narutofans frustration growing.Soon they will start claiming I am trying to downplay Naruto cause I hate this series to death.One of the reason I don't want to calc Naruto feat.

Kage Mountain Faces = 133 pixels

Crater Depth = 183 pixels

Crater Depth/Kage Mountain Faces = 1.38

Crater Depth = 190.5435 meters

Kage Mountain Faces = 19 pixels

Konoha Debris = 16 pixels

Bijuu Bomb Diameter 1 = 201 pixels

Bijuu Bomb Diameter 2 = 236 pixels

Konoha Debris/Kage Mountain Faces = 0.842

Bijuu Bomb Diameter 1/Kage Mountain Faces = 10.58

Bijuu Bomb Diameter 2/Kage Mountain Faces = 12.42

Konoha Debris = 116.8275 meters

Bijuu Bomb Diameter 1 = 1467.945 meters

Bijuu Bomb Diameter 2 = 1723.275 meters

Konoha Crater Diameter = 5455.7927 - (2)(116.8275) = 5222.1377 meters

Volume = 0.6PIr^2*H = 2448679293.20317698988718 m^3

Energy = 125.447993905 Megaton.

Waka's Konoha Scalling

Spoiler:

Waka got two numbers for Bijuu bomb diameter & Konoha size. Low end & high end.I am going to use average.

Bijuu Bomb Diameter 1 = 236 pixels = 1786.345 meters

Bijuu Bomb Diameter 2 = 201 pixels = 1521.42095338983027 meters

Road = 1 pixels = 7.56925847457627 meters.

Konoha Debris = 16 pixels = 121.10813559322032 meters.

Konoha Crater Diameter = 7145.3826-(2x121.10813559322032) = 6903.16632881355936 meters.

Volume = 4278898112.50279224502421649347 m^3

Energy = 219.21171377 Megaton.

Final Tally

Pain's CST = 125.447 Megaton-219.211 Megaton.
• ### Naruto Feat#3= Combined Bijjubomb [9 &amp; 8 tails]

I actually thought of two way to get the blast diameter. So I am going to try both.

Calc

Spoiler:
In this scalling we will try to find out how far the blast was from others.

As we can see rubble & dust behind those mountain.Its safe to say that the blast happened behind those.We know average mountain height from Endless blog.

Now,panel width = 385 px

panel height = 433 px

Mountain = 31 px = 1367.35617469775 meters.

2*atan(tan(70/2)*(384/433) = 63.67802078795336

2*atan(31/(384/tan(63.67802078795336/2))) = 5.73970803923943318686

Using angsize we get= 13638m m kilometers

Now in this scan,

Distance from other's to Juubi = 244px = 13638 m

Blast diameter = 19059.66 meters.

After a conversation with Chaos I came up with the energy value.

16 px (mount height) = 1367.356 m

59 px (mount base .. approx) = 5042.12525 m

Mountain Volume = 9,100,756,334 m^3

So, Mountain base diameter = 5042.12525 m

Area covered by mountain base = pir^2 =19967198.74261808431349

Bomb diameter = 19059.66 meter.

Area covered by Bomb = 285312092.93468911877179

Ratio = Bomb/Mountain = 14.28903956996820117887

Total volume = 14.28903956996820117887x9,100,756,334

= 130041067373.16474305718741946258

Pulverizing Energy = 6.662118258 Gigatons.

Final Tally

Bijju Bomb = 6.662118258 Gigatons
• ### Naruto Feat#2= V1 Killer Bee Punch.

Feat

http://www.[Blocked Domain]/93-418-5/naruto/chapter-413.html

http://www.[Blocked Domain]/93-418-6/naruto/chapter-413.html

Calc

Spoiler:

Sasuke = Red Line = 7 px = 1.68 m.

Diameter of the Platform = Blue Line = 189 px = 45.36 meter.

Diameter of Crater by Juugo = Pink Line = 98 px = 23.52 meter.

Depth of the Platform = Green line = 44 px = 10.56 meter.

Now I am gonna assume the depth of Jugoo's crater is 1.7 meter.Which is a fair assumption based on this SCAN.

So,Crater Volume = 371.88 m^3. [Dome Calculator]

Platform Volume = 17064.74847238536103 m^3.

Subtracting the part Juugo destroyed I get 16692.86847238536103 m^3 volume.

Now I am gonna use 8 J/cc here seeing how GM used it for Luufy's COA Punch which is a similar feat.

Energy = 32.62858216521819 Ton.

High End Result = 277.3429484043547 Ton [Using 68 J/cc ]

Final Tally

V1 Punch ~ 33 Ton.

Solid Multi Block Level.

Side Note = Given the showing of people they are scalled with I find 33 Ton a reasonable number.
• ### Naruto Feat#1= Raikages Raiger Bombs

Feat

http://www.[Blocked Domain]/93-31674-3/naruto/chapter-463.html

http://www.[Blocked Domain]/93-31674-4/naruto/chapter-463.html[/SPOILER]

Calc.

Spoiler:
I am gonna guess Raikage upper part of body is .83 meter.

So Raikages Upper body = 33 px = .83 meter.

Depth of the crater = 222 px = 5.586363 meter.

Sasuke = 34 px = 1.68 m

Diameter of the crater = 450 px = 22.235294 m

So using this calculator I get volume = 1175.9 m^3

Now no will like this part but I need to substract the total volume cause as you can see here they had a bit of crater from the start.

Just gonna eye ball it & say depth is 50 cm & diameter 3 meter. So volume = 14.43 m^3

So real volume = 1175.9-14.43= 1161.47 m^3

Both Pulverization & Fragmentation so I feel safe to use 69 j/cc.

Energy = 19.154261472301997 Ton.

Final Tally

Volume = 1161.47 m^3

Energy = 19.154261472301997 Ton.