Biting off a finger
Area of teeth: 3.45 cm^2
A finger is 18 to 25 mm thick - 1.8 to 2.5 cm | 14.68% is bone = 0.26424 to 0.367 cm | Skin; 1.53576 to 2.133 cm
Skin
3.45 * 1.53576 to 2.133 = 5.298372 to 7.35885 cc
Frag (4.4 J/cc); 23.3128368 to 32.37894 J - Below Average Human to Below Average Human+ (10-C to 10-C+)
V Frag (7.533 J/cc); 39.9126363 to 55.4342171 J - Below Average Human+ (10-C+)
Bone
3.45 * 0.26424 to 0.367 = 0.911628 to 1.26615 cc
Frag (51.6 J/cc); 47.04 to 65.33334 J - Below Average Human+ to Average Human (10-C+ to 10-B)
V Frag (67.5 J/cc); 61.53489 to 85.465125 J - Average Human to Average Human+ (10-B to 10-B+)
Total
Frag: 47.04 to 65.33334 + 23.3128368 to 32.37894 = 70.353 to 97.71 J - Average Human to Average Human+ (10-B to 10-B+)
V Frag: 39.9126363 to 55.4342171 + 61.53489 t…
Cutting off a nose
Area: 7.4322432 - 14.8644864 cm^2
A nose is around 1.6 to 2.25 inches in length - 4.064 to 5.715 cm
7.4322432 - 14.8644864 * 4.064 to 5.715 = 30.2046364 to 84.9505398 cc
Frag (4.4 J/cc); 132.9004 to 373.782375 J - Athletic Human to Street Level (10-A to 9-C)
Now assuming the nose is ripped off lets make this kgf
132.9004 to 373.782375 J / 9.81 = 13.55 to 38.1 KGF [29.88 to 84.011 LBF] - Below Average Human to Below Average Human+
Area: 3.45 cm^2
A nose is around 1.6 to 2.25 inches in length - 4.064 to 5.715 cm
3.45 * 4.064 to 5.715 = 14.0208 to 19.71675 cc
Frag (4.4 J/cc); 61.69152 to 86.7537 J - Average Human to Average Human+ (10-B to 10-B+) | (86.7537 + 61.69152)/2 = 74.22261 J - Average Human (10-B)
Now assuming the nose is ripped off lets make this kgf
61.69152 …
Scaling Children and Teens
- 1 Introduction and Explanations
- 2 Calculations
- 2.1 School Aged Child
- 2.1.1 5 to 8 Years
- 2.1.1.1 Male
- 2.1.1.2 Woman
- 2.1.2 9 to 12 Years Old
- 2.1.2.1 Male
- 2.1.2.2 Woman
- 2.1.1 5 to 8 Years
- 2.2 Teens
- 2.2.1 13 to 15 Years Old
- 2.2.1.1 Male
- 2.2.1.2 Woman
- 2.2.2 16 to 17 Years Old
- 2.2.2.1 Male
- 2.2.2.2 Woman
- 2.2.1 13 to 15 Years Old
- 2.1 School Aged Child
Scaling how strong children and teens are with KE. I'm gonna use 15 MPH for attack speed.
We are starting at school age
Punch
A Male in this ranges around 40 to 80 LB / 18.14 to 36.2 KG | A Male Arm is 5.7% of his body weight, Arm weight equals 2.28 to 4.56 lb or 1.034 to 2.06 kg.
Punch; 1.034 to 2.06 x 6.7056^2 x 0.5 = 23.25 to 46.32 J - Below Average Human to Below Average Human+ (10-C to 10-C+)
Both Arms; 46.5 to 92.64 J - Below Average Human+ to Average Human+ (10-C+ to 10-B+)
Kick
A leg is 16.68% of full body …
Chopping a head off via Axe
Volume of neck slashed = width of blade * area of neck = 4.6 * pi * 5.12738855 to 5.9713376^2 = 379.927004 to 515.289099 cc
Volume of neck bone slashed = pi * radius of C3^2 * thickness of blade = pi * 0.734^2 * 4.6 = 7.7857387 cc
Energy to slash the neck bone (51.6 J/cc) = 401.744117 J
Volume of neck flesh slashed = 379.927004 to 515.289099 cc
Energy to slash the neck flesh = 4901.05835 to 6647.22938 J
Energy to slash the neck = 401.744117 + 4901.05835 to 6647.22938 = 5302.80247 to 7048.9735 J - Street Level (9-C)
Middle; 6175.888 J - Street Level (9-C)
Burning Someones Face
1. Radiation: For radiation we need to know the emissivity, surface area and temperature.
Fire has an average temperature of 250°C and it's emmisivity is 0.054. The surface area of the human face is (9 x 7 in) 1.6002 m^2.
Now we input this values into a calculator and get 366.99149819739 J/s or 367 J/s - Street Level (9-C)
2. Conduction: For conduction we need to know surface area, thickness of the material that the heat is transmitted through, the thermal conductivity of the material and the heat of the sun and the object.
Human Skin is around 3mm thick. (https://en.wikipedia.org/wiki/Human_skin) | It has a thermal conductivity of about 0.209. ()
With that we have everything we need. We use this calculator to get a result of 26153.56333333333 Wa…