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All credit goes to Lina Shields.

Based off this blog here

Chapters 1 to 20

Edward Erects a Statue [Edward] Chapter 2

Scaling the size of statue's fist to Cornello...

  • A person's clenched fist is usually just over 3 inches, or 0.08m wide
  • Assuming an average person is 1.8m tall, that makes the ratio of height/width of fist is about 1.8/0.08 = 22.5x
  • Cornello head width = 16.64px = 0.3m
  • Fist width = 106.3px = 1.916m
  • Statue height = 22.5*1.916 = 43.11m

Volume of human body = 0.076 m^3, using 1.8m for height.

  • Square-cube law gives us = [[43.11m/1.8m]^3]*[0.076 m^3] = 1044.07m^3, or 1.044e9 cc.

Since FMA explicitly mentions deconstruction and reconstruction as an alchemical process, the energy required to destroy = energy required to create.

As for what this means, the energy required to bust statue would be = energy required to create the statue.

Using fragmentation in any case.

  • Energy required to bust statue = [1.044e9 cc]*[8 J/cc] = 8.352e9 Joules. 2 Tons. Large Builing level

Edward Fires a Cannonball [Edward] Chapter 4

Reading from this chapter here, Alphonese's armor can deflect bullets with impunity. Guaranteed Wall level durability for Alphonse physically. Moving on...

Edward Elric feat 2
Edward is small for his age, standing at only 149 cm (4'11") at the beginning of the series
~ Edward Elric
  • Edward Elric's height = 1.49m

Arm length is 0.4x that of person's height; multiply height by 0.4

  • Edward Elric arm length = 77px = 0.6m
  • Cannon hole diameter = 71.6px = 0.558m [Radius = 0.279m]
  • Volume of cannonball = [4/3]*[Pi]*[[Radius = 0.279m]^3] = 0.091m^3
  • Density of steel = 8050kg/m^3
  • Mass = Volume*Density = 732kg

Now for kinetic energy...

  • Speed of cannonballs = 100 to 250m/s. Using 100m/s as a minimum.
  • KE low = 0.5*[732kg]*[[100m/s]^2] = 3660034 Joules. Wall level
  • KE high = 0.5*[732kg]*[[250m/s]^2] = 22875214.07 Joules. Wall level

A Hole is Created [Scar] Chapter 7

In Chapter 7 of FMA, we can see that when Hawkeye fired a shotgun round, it made a cut on the side of Scar's head despite the bullet only grazing it. It would mean that Scar's physical durability is not strong enough to tank military-grade ammunition with impunity. Wall level

From images 1 and 2 Scar's height = [190px/146px]*1.49 = 1.94m

  • Scar's arm length = height*0.4 = 0.776m = 32px
  • Hole diameter = 262.5px = 6.362m [Radius = 3.18m]
  • Brick length = 17px = .412m

From image 3

  • Brick length = 22px = .412m
  • Hole thickness = 15px = .281m

Finding the volume of hole destroyed. Modelling this as a cylinder.

  • Radius = 3.18m
  • Height = thickness = 0.281m
  • Volume cylinder = [Pi]*[Radius^2]*[Height] = 8.927m^3, or 8927100cc

Using fragmentation values for rock, we get a value of [8927100cc]*[8 J/cc] = 71416805.4 Joules. 0.0171 Tons of TNT. Small Building level

Edward Dodges Bullet [Edward] Chapter 8

Apparently, the magnum that Doctor Marcoh uses moves at 709 to 882 meters per second?

We'll average it out and use a speed value of 795.5m/s.

Image 1

  • Index finger width = 35.9px = 0.02m [personal measurement]
  • Distance to Edward's forehead = 167px = 0.093m
  • Speed of bullet = 795.5m/s
  • Timeframe = [0.093m]/[795.5m/s] = 1.169e-4 seconds

Image 2

Looking at Edward's height here...

  • Edward head size = [22px/146px]*[1.49m] = 0.225m = 90px
  • Edward movement = 105px = 0.2625m
  • Edward speed = Distance moved/Timeframe = [0.2625m]/[1.169e-4s] = 2245.5m/s, or Mach 6.6. Hypersonic

Chapters 21 to 40

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Chapter 41 to 60

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Chapter 61 to 80

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Chapter 81 to 100

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