First off, this serves as a high end to Tacocats calc, which still serves as a good low end.
The Cocoon Star Navity explodes, destroying the planet. Thing is?
The Original Life Fiber has survived being on planets that have been destroyed by Lifefiber Cocoons. Ergo, it would have an incredible endurance. So let's up and go find the energy of the Cocoon Star Navity destroying the Earth, according to the simulation. The diameter of the Earth is 12742km.
Timeframe is 10 seconds and 1 frame.
T = 1s/24
= 41.6666667ms + 10s
= 10.0416667s
Next to find the distance the mass of the Earth travelled, from its core.
354 pixels = 12742km
12742km/2 = 6371km
1 pixel = 12742km/354 = 35.9943503km
35.9943503km X 330 = 11878.1356km
11878.1356km + 6371km = 18249.1356km
T = 18249.1356km/10.0416667s
= 1817341.3m/s
Next up we need our kinetic energy of the planet exploding. The Earth has a mass of 5.9736 X 10^24kg (or 5.9736e24kg).
KE = (0.5)mv^2
= (0.5) X 5.9736e24 X 1817341.3^2
= 9.86459217e36 joules
= 2.3576941132887186541 ninatons
To find the durability of the Original Lifefiber, we'll need the surface area of the Earth that being 5.1 x 10^8km^2 (or 510000000km^2, otherwise 5.1e+14m^2). Using the values given in Tacocats calc for the Surface area of the Original Lifefiber, that being 410289.485m^3. We'll find our energy with inverse law.
E = (410289.485/5.1e+14) X 9.86459217e36
= 7.93595773e27 joules
= 1.8967394192160613784 exotons
Final results
Hypothetical detonation of the Cocoon Star Navity = 2.358 ninatons
Hypothetical durability of the Original Lifefiber = 1.897 exotons
The original calc is still good as a low end (with 38 teratons to 47 teratons for the Original Life Fibers durability and 57.3 zettatons for the Cocoon Star Navity). It's durability is, however, consistent with Ryuko creating a huge hole in the Cocoon Star Navity.
T = 1s/24
= 41.6666667ms + 10s
= 10.0416667s
Next to find the distance the mass of the Earth travelled, from its core.
354 pixels = 12742km
12742km/2 = 6371km
1 pixel = 12742km/354 = 35.9943503km
35.9943503km X 330 = 11878.1356km
11878.1356km + 6371km = 18249.1356km
T = 18249.1356km/10.0416667s
= 1817341.3m/s
Next up we need our kinetic energy of the planet exploding. The Earth has a mass of 5.9736 X 10^24kg (or 5.9736e24kg).
KE = (0.5)mv^2
= (0.5) X 5.9736e24 X 1817341.3^2
= 9.86459217e36 joules
= 2.3576941132887186541 ninatons
To find the durability of the Original Lifefiber, we'll need the surface area of the Earth that being 5.1 x 10^8km^2 (or 510000000km^2, otherwise 5.1e+14m^2). Using the values given in Tacocats calc for the Surface area of the Original Lifefiber, that being 410289.485m^3. We'll find our energy with inverse law.
E = (410289.485/5.1e+14) X 9.86459217e36
= 7.93595773e27 joules
= 1.8967394192160613784 exotons
Final results
Hypothetical detonation of the Cocoon Star Navity = 2.358 ninatons
Hypothetical durability of the Original Lifefiber = 1.897 exotons
The original calc is still good as a low end (with 38 teratons to 47 teratons for the Original Life Fibers durability and 57.3 zettatons for the Cocoon Star Navity). It's durability is, however, consistent with Ryuko creating a huge hole in the Cocoon Star Navity.
