@achillesspawn said:
@death4bunnies said:
@manofmanynames2 said:
@death4bunnies said:
@manofmanynames2 said:
@achillesspawn said:
@manofmanynames2 said:
@achillesspawn said:
When has Elsa destroyed an environment?
Also, it literally takes one punch from any of the Spidermen to kill Elsa
With Maguire's strength, Garfield's speed, and Holland's gear it's an easy stomp.
Each of the Spidermen could stomp Elsa alone.
Elsa has frozen all of Arendelle before without even really trying, there's nothing saying she couldn't just freeze the environment around Spidey to make his webs unable to work, or simply freeze him solid. Spidey isn't stomping anyone, lol.
She will never freeze Spidey, because she will never tag him.
How can Spidey avoid the entire environment being frozen though?
He hits her before that happens.. again Garfield statues electricity, can you show us how fast elsas power propagates?? is it faster than electricity??
You know that Elsa can create shields to defend against giant Tsunamis? Do you have any evidence to prove that Spidey can strike as hard as a Tsunami?
So she shrieked against a tunami cool.. got a speed feat that says she gets the shields up before he punches her?? I keep asking for elsa speed feats that will allow her to activate her powers before the electricity statueing Spider-Man hits her.
Her best speed feat that I'm aware of is stopping an arrow.
It's not good enough to tag Spidey, but since you asked
Elsa height: 1.68m
Door height: 12.33m
Door height: 12.33m
Ice castle height: 227m
Ice castle height (red): 227m
Total mountain height: 6640m
Vantage Point: (110 pixels): 3121m
Horizon Calculator: 3121m to horizon = 199.6km
Ice thickness:
Notes:
Sea frozen out to 199.6km minimum.
Assuming radial effect.
Air at 3.23km~ = 0c if ground temperature = 20c, so no effect at this point +.
199600m hemisphere volume: 6646387492693332m^3
Minus 196370m hemisphere volume: 5851260724438946m^3
3.23km slice of 199.6km hemisphere = 795,126,768,256,386m^3
Average temperature = 10c.(20c at ground, 0c at top of slice)
q=mcdeltat
Mass: kg/m3^ air at 10c = 1.247kg/m^3 = 991,523,080,015,713kg air.
Specific heat of air: 1006 J/kg
Change in temperature: 10
q= 9,974,722,184,958,076,221 joules = 9.97 exajoules = 2.38 gigatons of tnt.
Ballpark energy for Air change: 2.38 gigatons
Water:
Area of a 199,600m circle = 125,161,553,974m^2
~1/2 = water = 62,580,776,987m^2
Ice thickness = 1m.
Volume of water = 62,580,776,987m^3
Mass: kg/m3^ air at 20c = 998.2. = 62,468,131,588,423
Specific heat of water (4181 j/kg)
62,468,131,588,423 * specific heat (4181 J/KG) * 20
Q=5,223,585,163,423,964,708 = 5.22 exajoules = 1.25 gigatons of tnt.
Ballpark energy for Water temperature: 1.25 gigatons.
Change in temperature energy:
Change in state:
Water enthalpy of fusion: 334 kJ/kg
62,468,131,588,423 kg
20,864,355,950,533,282 kj = 20.86 exajoules = 4.99 gigatons of tnt.
Ballpark energy for Water to Ice = 4.99 gigatons.
TLDR:
Air: 2.38 gigatons.
Water: 1.25 gigatons.
Ice: 4.99 gigatons.
Total: 8.62 gigatons.
No version of Spider-Man (at least in the movies) has never once survived an attack on that level.
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