Verse: The Legend of Zelda
Introductions[]
An entry to the NF Project.
The calculation is not mine, but ChaosTheory123's. Full credits to him.
The Calculations[]
1[]
Goht keeps it winter in the Snowhead region while its supposed to be spring more or less. Gyorg on the other hand is heating the water of the Great Bay area to fatal levels for all sea life there.
When they die, their power goes with them and balance is restored to the environment.
Awesome.
On with the calc.
Spoiler: Show
http://i.imgur.com/afkbMJS.png
Termina Size here
Termina Diameter = 755 pixels
Snowhead Area Length = 592 pixels
Snowhead Area Width = 193 pixels
Great Bay Length = 434 pixels
Great Bay Width = 209 pixels
Snowhead Area Length/Termina Diameter = 0.784
Snowhead Area Width/Termina Diameter = 0.256
Great Bay Length/Termina Diameter = 0.575
Great Bay Width/Termina Diameter = 0.277
Termina Diameter = 1,328,544 meters
Snowhead Area Length = 1,041,578.496 meters
Snowhead Area Width = 340,107.264 meters
SA = LW
Snowhead Surface Area = 354,248,412,515.795 m^2
Planet's Surface Area = 510,064,472,000,000 m^2 (approximately earth's surface area)
Snowhead/Planet = 0.000695
Atmosphere Mass = 5*10^18 kilograms
Mass of Air in Snowhead Region = 3,475,000,000,000,000 kilograms
Temperature Change = 14.41 - 0 = 14.41 C (basically going from roughly average planet temperature to freezing)
Specific Heat = 1005 (you can find these numbers in wombat's recent blog on this shit)
Q = specific heat capacity*mass*(final temperature - initial temperature)
Goht's Magical Energy = 50,325,123,750,000,000,000 joules or 12.028 gigatons
Great Bay Length = 763,912.8 meters
Great Bay Width = 368,006.688 meters
Great Bay Depth = 200 meters (seems fair to say at its deepest that the entire region where photosynthesis can occur is as deep as the waters are)
Volume = (LWH)/2
Great Bay Volume = 28,112,501,944,880.64 m^3
Water Density = 1,000 kg/m^3
Great Bay Mass = 28,112,501,944,880,640 kilograms
Temperature Change = 32.222 - 14.41 = 17.812 C (I'm basically suggesting Gyorg raised the temperature from the average planet temperature to roughly 90 degrees Fahrenheit... not sure if most marine life would find that fatal, but I can't be bothered to research where the temperature does become fatal atm)
Specific Heat = 4188 (found in wombat's blog once more)
Q = specific heat capacity*mass*(final temperature - initial temperature)
Gyorg's Magical Energy = 2,097,098,636,881,592,000,000 joules or 501.219 gigatons
So that makes both Goht and Gyorg fucking powerful.
Final Tally
Goht's Magical Energy = 12.028 gigatons
2[]
First up?
The mountain
http://i.imgur.com/34it3Ic.png
While arguably an Ocean itself, as a low end I'm going to use the dimensions of the smallest body of water designated a Sea based on how the parts of said ocean are designated Seas themselves
So I'll be using the Gulf of California's width of 241 kilometers for the entire World of the Ocean King
Could use bigger in theory, but I'm not comfortable using the inference that the fact Nintendo felt it necessary to suggest no land mass is the size of a continent in this ocean would imply the ocean itself could actually fit a continent *shrugs*
Half Sea Length = 727 pixels Mountain = 22 pixels Mountain/Half Sea Length = 0.029 Half Sea Length = 120,500 meters (this is after all only a section of the ocean that covers the bottom half of the map) Mountain = 3,494.5 meters
http://i.imgur.com/E6qRCsC.png
Mountain = 138 pixels Mountain Diameter = 184 pixels Mountain Height = 175 pixels Mountain Diameter/Mountain = 1.333 Mountain Height/Mountain = 1.268
Mountain Diameter = 4,658.169 meters Mountain Height = 4,431.026 meters
Volume = (2/3)PIr1^2r2 r1 = Mountain Diameter/2 r2 = Mountain Height
Mountain Volume = 50,342,340,450 m^3
8 j/cc
Bomb Yield = 402,738,723,600,000,000 joules or 96.257 megatons
Heh, of course one of the more obscure games in the franchise has some of the best bomb feats
And there's still the next one that's arguably better... I just need to finish it first~
Here's what I have sans the speed the bombs caused the ice to sink into the ocean anyway
http://i.imgur.com/VeOWaSn.png
Half Sea Length = 874 pixels Ice Diameter = 114 pixels Ice Length = 30 pixels Ice Width = 15 pixels Ice Diameter/Half Sea Length = 0.13 Ice Length/Half Sea Length = 0.034 Ice Width/Half Sea Length = 0.017
Half Sea Length = 120,500 meters
Ice Diameter = 15,665 meters Ice Length = 4,097 meters Ice Width = 2,048.5 meters
http://i.imgur.com/9A6xreb.png
Ice Diameter = 616 pixels Ice Height = 304 pixels Ice Height/Ice Diameter = 0.494
Ice Height = 7,738.51 meters
Volume = (PIr1r2*H)/2 r1 = Ice Length/2 r2 = Ice Width/2 H = Ice Height
Ice Section Volume = 25,504,638,140 m^3 Ice Density = 916.7 kg/m^3 Ice Mass = 23,380,101,780,000 kilograms
Time Frame = 6.75 seconds (as shown on here) Distance = 7,738.51 meters
Bomb Forced Sinking Speed = 1,146.446 m/s
KE = 0.5mv^2 m = Ice Mass v = Bomb Forced Sinking Speed
Bomb Yield = 15,364,683,140,000,000,000 joules or 3.672 gigatons
Cool
Final Tally
Bomb vs Mountain = 96.257 megatons
Bomb vs Ice Island = 3.672 gigatons