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Introduction

Assorted feats for Kamen Rider Zero One.

Calculation - Bullet Shooting Blast

Partial credits to this.

Vulcan's Bullet Shooting Blast (バレットシューティングブラスト) did this. (Go to 1:45 for the feat)

Pictures
So many different size containers
Shooting Blast melt container

So we see Vulcan created a "55 px" diameter hole through a "404 px" container. I marked this intentionally as this may be important later.

We may see here for the dimensions of containers in the real world.

Assuming it is an average length of a 40 foot (12.18 m) container that is being shot,

Diameter of hole = 1218 cm * 55 px / 404 px = 165.8168317 cm (smaller than the height of the container of 239 cm so this value sounds reasonable)

Radius = 82.90841584 cm

Area of hole = pi * (82.90841584)^2 = 21594.6966 cm^2

Width of the wall = 25 mm = 2.5 cm with a further "corrugation" of 2.5 cm

Material occupied = (2.5^2 + 2.5^2)^0.5 = 3.535533906 cm

Volume of hole = 76348.78202 cm^3

Volume of 4 holes = 305395.1281 cm^3

By Wikipedia,

Density of iron = 7.874 g/cm^3; Standard atomic weight = 55.845 g/mol
Room temperature = 25 deg Celsius; Melting point = 1538 deg Celsius; Boiling point = 2862 deg Celsius
Heat of fusion = 13810 J/mol; Heat of vaporisation = 340000 J/mol; Molar heat capacity = 25.1 J/mol/K

Energy to vaporise 1 cc iron = 7.874/55.845 * (25.1 * (1538 - 25) + 13810 + 25.1 * (2862 - 1538) + 340000) = 59926.53315 J/cc

Energy to vaporise the 4 holes of iron = 59926.53315 J/cm^3 * 305395.1281 cm^3 = 18301271268 J = 4.374108812 tons of TNT (Large Building Level)

(By the way
Energy to melt 1 cc iron = 7.874/55.845 * (25.1 * (1538 - 25) + 13810) = 7301.733838 J/cc)

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