- 4,555
- 3,437
The calculation: https://vsbattles.fandom.com/wiki/User_blog:Zabazab/Garfiel_Punches_Clouds
This is a thread to remove the current distance accepted for the calculation.
The problem is simple. It doesn't actually take 30 days for them to get there, but nearly 20 days. There are multiple statements of it before and after the chapter, even in the same chapter as well.
Other than that, i'll be using the same values. So the actual result should be:
Re:Zero's planet is flat, and has no such things like oceans. In case %55 is not usable since we don't know how it works in the flat world of Re:Zero (lacks sea, ocean etc. which both are a massive influence for the formation of clouds), we can use it by finding how much of the clouds in the atmosphere came from water evaporating from seas, oceans and stuff.
The result based on that would be:
Edit 2:
Version 1:
)
The Blog:
vsbattles.fandom.com
This is a thread to remove the current distance accepted for the calculation.
In Lugunica, it takes 10 days to travel from Priestella (a city bordering Kararagi to the west) to Roswaal Mansion, and then a month to travel from Roswaal Mansion to the easternmost region of the nation, making a total of around 40 days of travel. Dragon Carriages travel at 100km/h, and 12 hours of travel per day seems reasonable. That's 48,000km total, and dividing to account for roads not being straight (sourced from this calc) makes it 40363.6363636 kilometers. Sadly including the distance from Priestella to Kararagi, and from the edge of the desert to the eastern edge of the world isn't possible as no accurate, detailed maps of the world exist.
These were clouds from all across the Vollachian Empire, a nation which is the largest in the world. It is south of both Lugunica and Kararagi— the eastermost and westernmost nations— so horizontally the nation would be twice the width of Lugunica. As for the vertical length, I'll use the map in the anime to get a rough ratio as, while it lacks detail, it does not possess the various errors present in other official maps. From this, the ratio of Vollachia's horizontal to vertical legth is around 11:3, therefore 22016.5289256km. According to this, clouds cover around 67% of the surface of earth.
These were clouds from all across the Vollachian Empire, a nation which is the largest in the world. It is south of both Lugunica and Kararagi— the eastermost and westernmost nations— so horizontally the nation would be twice the width of Lugunica. As for the vertical length, I'll use the map in the anime to get a rough ratio as, while it lacks detail, it does not possess the various errors present in other official maps. From this, the ratio of Vollachia's horizontal to vertical legth is around 11:3, therefore 22016.5289256km. According to this, clouds cover around 67% of the surface of earth.
The problem is simple. It doesn't actually take 30 days for them to get there, but nearly 20 days. There are multiple statements of it before and after the chapter, even in the same chapter as well.
Other than that, i'll be using the same values. So the actual result should be:
- 100*30*12 = 36000 kilometers
- 36000/1.18918918919 = 30272.7273 kilometers
- 30272727.3*2 = 60545454.6 meters for horizontal length.
- 60545454.6/(11/3) = 16512396.7 meters for vertical length
- Area over which clouds sit = 60545454.6 * 16512396.7 * (55/100) = 5.49862811e14m²
- Cloud mass = 1,454,047,516,657,255,000 kg
- Speed = 4,000 m/s
- KE calc = (1/12) * 1,454,047,516,657,255,000 * 4,000^2 = 1.93873002e24 Joule (High 6-B+)
Re:Zero's planet is flat, and has no such things like oceans. In case %55 is not usable since we don't know how it works in the flat world of Re:Zero (lacks sea, ocean etc. which both are a massive influence for the formation of clouds), we can use it by finding how much of the clouds in the atmosphere came from water evaporating from seas, oceans and stuff.
Which means we apply %10 to %55 from before to find the percentage of clouds without influence of seas and oceans etc.
The result based on that would be:
- 100*30*12 = 36000 kilometers
- 36000/1.18918918919 = 30272.7273 kilometers
- 30272727.3*2 = 60545454.6 meters for horizontal length.
- 60545454.6/(11/3) = 16512396.7 meters for vertical length
- Area over which clouds sit = 60545454.6 * 16512396.7 * [55/100 * (10/100)] = 5.49862811e13m²
- Cloud mass = 145,404,751,665,725,470 kg
- Speed = 4,000 m/s
- KE calc = (1/12) * 145,404,751,665,725,470 * 4,000^2 = 1.93873002e23 Joule (6-B)
Edit 2:
Added new options based on Cumulus type clouds as it is the most common one on land and i believe it fits here.However, I do take issue with the assumption of nimbostratus clouds. This is assumed based on the fact that they are dark storm clouds after they have been condensed above lupugana. The clouds across the entire country before being condensed would not be the same. Although, I still do not know what standard cloud type could be used instead.
Version 1:
- 100*30*12 = 36000 kilometers
- 36000/1.18918918919 = 30272.7273 kilometers
- 30272727.3*2 = 60545454.6 meters for horizontal length.
- 60545454.6/(11/3) = 16512396.7 meters for vertical length
- Area over which clouds sit = 60545454.6 * 16512396.7 * (55/100) = 5.49862811e14m²
- Cloud mass = 751,934,700,863,021,000 kg
- Speed = 4,000 m/s
- KE calc = (1/12) * 751,934,700,863,021,000 * 4,000^2 = 1.0025796e24 Joule (High 6-B)
- 100*30*12 = 36000 kilometers
- 36000/1.18918918919 = 30272.7273 kilometers
- 30272727.3*2 = 60545454.6 meters for horizontal length.
- 60545454.6/(11/3) = 16512396.7 meters for vertical length
- Area over which clouds sit = 60545454.6 * 16512396.7 * [55/100 * (10/100)] = 5.49862811e13m²
- Cloud mass = 75,193,470,086,302,110 kg
- Speed = 4,000 m/s
- KE calc = (1/12) * 75,193,470,086,302,110 * 4,000^2 = 1.0025796e23 Joule (6-B)
The Blog:
Garfiel Punches Clouds
Last edited: