MattSatire
He/Him- 225
- 48
- Banaza creates a huge shockwave.
Source: https://********.org/chapter/90b0daaf-6700-42ae-9307-8b02669de0f9/37
We will calculate the energy it releases. Before that, we will use about 1 psi or 0.0689476 bar of pressure for the shockwave. Then, we will use a benchmark based on the height of the mountain as a comparison object. Generally, mountains have an average height of about 300 meters (https://en.m.wikipedia.org/wiki/Mountain?fbclid=IwZXh0bgNhZW0CMTEAAR323xPT-ESLW3y_6GNysuG1w4rSo2KtIg3566_nYOBPdUQHeNuj5jdtZJM_aem_A8KKLfK5LDumakhsfQUgow#:~:text=Although definitions vary, a mountain,feet).
Then using pixel-scaling the diameter of the shockwave is about 2523 m ( https://gyazo.com/4c4e9f873025e37b97d5fb67e58ab32a ). Then the radius is about 1261.5 m.
So we can calculate the energy directly:
W = 1261.5^3*((27136*0.0689476+8649)^(1/2)/13568-93/13568)^2
W = 998.089550593 TnT
W = Multi City Block+ Level.
Source: https://********.org/chapter/90b0daaf-6700-42ae-9307-8b02669de0f9/37
We will calculate the energy it releases. Before that, we will use about 1 psi or 0.0689476 bar of pressure for the shockwave. Then, we will use a benchmark based on the height of the mountain as a comparison object. Generally, mountains have an average height of about 300 meters (https://en.m.wikipedia.org/wiki/Mountain?fbclid=IwZXh0bgNhZW0CMTEAAR323xPT-ESLW3y_6GNysuG1w4rSo2KtIg3566_nYOBPdUQHeNuj5jdtZJM_aem_A8KKLfK5LDumakhsfQUgow#:~:text=Although definitions vary, a mountain,feet).
Then using pixel-scaling the diameter of the shockwave is about 2523 m ( https://gyazo.com/4c4e9f873025e37b97d5fb67e58ab32a ). Then the radius is about 1261.5 m.
So we can calculate the energy directly:
W = 1261.5^3*((27136*0.0689476+8649)^(1/2)/13568-93/13568)^2
W = 998.089550593 TnT
W = Multi City Block+ Level.
