User blog:Sixo Bullets/Beyblade calc

Introduction:
Was looking around for Beyblade feats because I was bored and found a large storm feat that's pretty fucking dumb.

The Calc:
Rago uses the Bey Nemesis to cause a giant storm.

The storm covers the entire planet and causes heavy rainstorms all over.

Can't really pixel scale here so I'll be using standards.

Formula for volume is pi*(viewing distance)^2*(cloud thickness). Assuming that this is a cumulonimbus cloud and knowing that the viewing distance is the earth's surface area, we get the formula of  3.14*509,968,658,925,000^2*8000 = a volume of 6.532909e+33 liters. Or 6.53290899999999951e+30 cubic meters.

Next we can just do the mass formula. We get the mass by multiplying the volume with 1.003 kg/m^3. That is 6.53290899999999951e+30*1.003, which equals 6.5525077e+30 kilograms.

I'll be using moderate instability due to it making only consistent heavy thunderstorms, which is the formula of 2.5 kilojoules per kilogram. That results in 2.5*6.5525077e+30, or 1.6381269e+31 kilojoules. Which is equivalent to 3.91521725621 yottatons. Which is large planet level.

Now, if I instead assumed the thickness was 11800 meters, we would get the formula of 3.14*509,968,658,925,000^2*11800. That equals a volume of 9.63604080000000056e+30 cubic meters.

Using the mass formula again, we get the equation of 9.63604080000000056e+30*1.003, which equals a mass of 9.6649489e+30 kg. Then we pop it into the kj/kg using moderate instability and get the result of 2.4162372e+31 kilojoules. Which is equal to 5.77494550669 yottatons. Which is again large planet level.

Low End:

3.91521725621 Yottatons, or Large Planet Level.

High End:

5.77494550669 Yottatons, or Large Planet Level.

So pretty consistently large planet level with separate thickness variables. You can argue this consistent if you note that Beyblade's have planet busting power here: https://youtu.be/Oi6gOIpHOhA?t=151