Anthropophobicc
They/Them- 4
- 0
The average height of a sailboat is 35 ft. Using pixel measuring we can assume the kraken is around 167 ft tall and 186 ft wide.
167 ft = 51 m
186 ft = 57 m
Largest fish known to man was 21.5 tonnes, and 18 m wide, so to scale it I'll multiply it by 3, so the Kraken weighs 65 tonnes.
That largest fish was around 15 ft tall, or 4.5 meters tall.
Using the Square Cube Law, it should be about 94620740740.70001 kg. That’s a lot.
SCL is this: (51/4.5)^3 x 65000
Average temperature of a fish is 4C, and the freezing point is -1, so it's a 5 degree decrease. Specific heat of freezing a fish is 0.440 kcal/ kg ºC
Q1 = 94620740740.70001 x 440 x 5 = 2.0816563e+14
For latent heat, that would be 235 kJ/kg
Q2 = 94620740740.70001 x 235000 =2.2235874e+16
Adding them up…
2.0816563e+14 + 2.2235874e+16 = 2.244404e+16 / 5.3642543021032507156 Megatons (Small City level)
If I did this correctly, which I doubt I did, this would by proxy buff Ness and Jeff to Small City.
167 ft = 51 m
186 ft = 57 m
Largest fish known to man was 21.5 tonnes, and 18 m wide, so to scale it I'll multiply it by 3, so the Kraken weighs 65 tonnes.
That largest fish was around 15 ft tall, or 4.5 meters tall.
Using the Square Cube Law, it should be about 94620740740.70001 kg. That’s a lot.
SCL is this: (51/4.5)^3 x 65000
Average temperature of a fish is 4C, and the freezing point is -1, so it's a 5 degree decrease. Specific heat of freezing a fish is 0.440 kcal/ kg ºC
Q1 = 94620740740.70001 x 440 x 5 = 2.0816563e+14
For latent heat, that would be 235 kJ/kg
Q2 = 94620740740.70001 x 235000 =2.2235874e+16
Adding them up…
2.0816563e+14 + 2.2235874e+16 = 2.244404e+16 / 5.3642543021032507156 Megatons (Small City level)
If I did this correctly, which I doubt I did, this would by proxy buff Ness and Jeff to Small City.
