Yooo have found themselves for calculations on Naruto, and this concerns the tenpenchii which currently has no calculation, calculate
Credit to this
Catastrophic Devastation[]
I will calculate the damage caused by mother nature lol
1# Storm[]
Data Requirements;
- Size Of the Storm
- Speed of the Storm
- Air Density
- KE Formula
According to the blog of galavan, the crater has a size of 289 KM
so, The tornado measures approximately 68 KM and has a height of 174 KM, The speed of this tornado should be extremely high according to me so say a speed of 134m / s (which are reached by tornado of real life)
Now calculate:
V = pi * R ^ 2 * H (Cylinder)
V = pi * (34000m 2) * (174000m) = 6.3e14
= 6.3e20
M = (6.3e17) * (1.003)
M = 6.33e17 Kg
Now find the energy with the KE
- KE = 1/2 MS ^ 2
- KE = 1/2 (6.33e17) * (134 ^ 2)
- KE = 5.6e21 J
2# Lightnings[]
Average lightning has around 1 000 000 000 joules and diameter approximately 1 inch, here lightning = 10 px = 10,9 Km for diameter so the energy of this lightning are 429133 time average lightnings so i obtain 4,29e14J, there is 18 LN so 7,7e15J
3# Rising water[]
Data Required:
- Speed Of Water
- Water Density
- Size of Splash Water
For the volume, I will use the Torus Formula
http://keisan.casio.com/exec/system/1223388402
- inner radius a = 135000m
- outer radius b = 202000m
V = 3.7326671126843E+15 = 3,7e21
M = (3,7e15)*(1000kg) =3,7e18
I use the Tsunami Formula for the Speed and I Obtain 533m/s so:
- KE = 1/2 MS^2
- KE = 1/2 (3,7e18)*(533^2)
- KE =5,2e+23 J
4 # Cloud Devastation[]
Here, the clouds are distorted and spread in all directions, so I will calculate this:
Data Requirements:
- Cloud Density
- Speed of Dispertion
- Size of Cloud and Dispertion
Okay, V = 4/3 * pi * R ^ 3 = V = 4/3 * pi * 402500 ^ 3
V = 2.7e17
M = (2.7e17) * (1.003)
M = 2.7e+17
The feat will last say 30 seconds so S = 13416m / s
- KE = 1/2 MS ^ 2
- KE = 1/2 (2.7e17) * (13416 ^ 2)
- KE = 2.4e25 J
Conclusion[]
Total energy of the Tenpenchii:
2,5E+25 J or Large Continent