- 20,539
- 17,450
Well in this case, for a low end at least, go with the longer side as being the 6,410 foot figure. With that it shouldn't be hard to get the third dimension with pixel scaling.
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Doubtful. That storm doesn't seem to stretch to the horizon. And with the observer height, and the time it took to form, it could end up being an outlier result anyway.Spinosaurus75DinosaurFan said:https://www.youtube.com/watch?v=SVjgyI-R4w0
Thor did create a storm in Avengers 1. (03:20) Can that be calculated?
If it ends up being somewhere in High 7-A that would be fine. But like I said, I can't tell if that storm stretches to the horizon. Does it in a later scan?Spinosaurus75DinosaurFan said:It might be higher than 7-A though.
It would also scale to The Destroyer and Corvus GlaiveQawsedf234 said:Pre-Awakened Thor , Pre-Sakaar Hulk , Abominatio , Kurse , Ultron's Vibranium body , Malekith (with the Reality Stone) , Vision , Pre-IW Scarlet Witch , The Hulkbuster Mark I , Loki (with Gungnir/Mind Stone) and Vibranium (so Cap's shield and BP/GJ's claws)
Yeah, that is 79.78 gigatons. Definitely an Outlier since it sits above the storm calcs for Awakened Thor. That, and we have no clue if it truly reached the horizon.Spinosaurus75DinosaurFan said:Assuming that building Thor clung on is 200 m tall (seems a reasonable assumption), the horizon is 50.5 km away. The storm took around 6 seconds to form, but using KE gives me outlierish results. The timeframe is also assumed, since we don't know when the storm reached the horizon. All we know is at 5 seconds the horizon is still clear, though the storm nearly reached the horizon, and then at 6 seconds lightning appears.
So using CAPE would be safer than KE in this case.
Then radius is 25 250
pi*25250^2*13000 = 2.6e+13
Then multiply by density of cloud, 1300, I get 33.38e+16 kg.
I'll use weak instability, 1 Kj/kg just to be safe.
33.38e+16*1000 = 33.38e+19 Joules, Island level
Seems outlierish to me. Also I'm not sure if the storm really reached the horizon.
Damn, that formed in like a quarter of a second. But still unlikely it would beat High 6-BGemmysaur said:
Maybe using the area of Manhattan or something could work? It's worth a shot.Spinosaurus75DinosaurFan said:Would usibg NYC area for the dtorm in Avengers 1 be better alternnative?
I'm 99% sure, unless I've completely lost my mind.Spinosaurus75DinosaurFan said:They eere in Manhqttan?
If it gets this, or outright 7-A it would be a solid supporting featSpinosaurus75DinosaurFan said:Manhattan is 87 km^2, or 87 000 000 m^2. If it's a square it's 9327.38 diametre. The radius is 4663.69, and the storm formed in around 6 seconds, so speed is 777.28 m/s. Supersonic attack speed for Thor.
Density is 1.003 actually, I misread the value before.
Back to the feat. Clouds are 13 000 m tall, so the volume of the storm cloud is 1 131 000 000 000 m^2, and the weight is 1 134 393 000 000 kg.
1134393000000*777.28^2*0.5 = 3.426798187577856e+17 Joules, City level+
Not bad, not bad. Also considering the cloud's actually less than 6 seconds to form, it might get 7-A.
A1 had Thor bottleneck the portal above the Chrysler building. It's in Lexington, Manhattan.Spinosaurus75DinosaurFan said:They were in Manhattan?
More like "at least Mountain Level+".Spinosaurus75DinosaurFan said:So the scaling:
Kurse and those who rekt Thor: Large Mountain level
Maybe you can do something like Thor + Hulk vs Luffy?Knightofannihilation666 said:Ah damn thought Thor was gonna be High 7-A
There goes my idea for Luffy vs Thor