Because Ice can still get colder, even too cold for iceman
Because Ice can still get colder, even too cold for iceman Thats frikkin stupid. lol that's not how thermodynamics works hahahahaaha. I'm actually laughing
@will-o-wisp I have added the citation if you are still curious about what Iceman's powers are as stated in marvel canon. You should really brush up on your comic knowledge. Yes this topic arises, oh once a week lol, but for good reason...
@will-o-wisp I have added the citation if you are still curious about what Iceman's powers are as stated in marvel canon. You should really brush up on your comic knowledge. Yes this topic arises, oh once a week lol, but for good reason... That isn't from the game, so it's not acceptable.The game is different than comics or MCU, and that's why Iceman is not immune to coldsnap/frostbite caused by other iceman. He is immune to his own ice abilities, not to other's
Because Ice can still get colder, even too cold for iceman Thats frikkin stupid
Because Ice can still get colder, even too cold for iceman that's not how thermodynamics works
Because Ice can still get colder, even too cold for iceman Thats frikkin stupid What part is stupid? You can remove parts of a quote if you only want to talk about specific things, which is important because: Because Ice can still get colder, even too cold for iceman that's not how thermodynamics works This past looks like you are talking aobut ice getting colder, but since that does happen, this cant be the stupid part. So why are thermodynamics important in a discussion about a fictional chracter and the limits of his powers?
He is immune to it's own abilities. Use him on any fight, he will not take damage or even get the effects from his abilities. Now, when he is fightning against other Iceman, he takes the abilities as intended. It's not himself, it's another Iceman applying the abilities to the opponent. Iceman doesn't hurt himself, but he can hurt and be hurted by other Iceman.Easter-eggs, like the ones with DD and Cyclops/Havoc, where already discussed to be properly described as abilities.I will say it again, the game doesn't take place on the comics, movies or whatever. It takes place on it's own universe, with different rules, laws, and balanced across every champion. Character's can be copied from the Marvel Universe, but not their powers. Or at least not all their powers at max potency.
Side note, im not sure why but my entire comment xplaining the thermodynamics behind ice has been puled by mods? I am not sure why, but the above phase diagram was supposed to be attached to that post @Voltolos Ice does not get colder under normal atm (atmospheric pressure) only under other circumstances with increased pressure, and we are nbot fighting in pressurized containers in this game.
Side note, im not sure why but my entire comment xplaining the thermodynamics behind ice has been puled by mods? I am not sure why, but the above phase diagram was supposed to be attached to that post @Voltolos Ice does not get colder under normal atm (atmospheric pressure) only under other circumstances with increased pressure, and we are nbot fighting in pressurized containers in this game. Antarctica is way below 0 C. There are normal atmospheric circumstances in that region. Liquid Water doesnt get colder than 0 C normally but Ice can easily get there.Edit: Screwed up the quoting, sorry
Side note, im not sure why but my entire comment xplaining the thermodynamics behind ice has been puled by mods? I am not sure why, but the above phase diagram was supposed to be attached to that post @Voltolos Ice does not get colder under normal atm (atmospheric pressure) only under other circumstances with increased pressure, and we are nbot fighting in pressurized containers in this game. Antarctica is way below 0 C. There are normal atmospheric circumstances in that region. Liquid Water doesnt get colder than 0 C normally but Ice can easily get there.Edit: Screwed up the quoting, sorry lol no problem with quoting, i do it to. Btw, I want to say, I'm not trying to be a jerk, even tho over the internet it may sound that way. Text can distort the meaning behind everything. I'm genuinely interested in this stuff and the only reason why I do care to ever to comment in here is cuz I love this game so much and think there are places it can improve, and Kabam always says they love our input. No hard feelings I hope, just maybe I get too passionate lol
Side note, im not sure why but my entire comment xplaining the thermodynamics behind ice has been puled by mods? I am not sure why, but the above phase diagram was supposed to be attached to that post @Voltolos Ice does not get colder under normal atm (atmospheric pressure) only under other circumstances with increased pressure, and we are nbot fighting in pressurized containers in this game. Antarctica is way below 0 C. There are normal atmospheric circumstances in that region. Liquid Water doesnt get colder than 0 C normally but Ice can easily get there.Edit: Screwed up the quoting, sorry lol no problem with quoting, i do it to. Btw, I want to say, I'm not trying to be a jerk, even tho over the internet it may sound that way. Text can distort the meaning behind everything. I'm genuinely interested in this stuff and the only reason why I do care to ever to comment in here is cuz I love this game so much and think there are places it can improve, and Kabam always says they love our input. No hard feelings I hope, just maybe I get too passionate lol Thats ok. I just think you misunderstand something here. So here is how it works:While water freezes it never goes below 0° C (except under high pressure). After its completely frozen however, it can go further down if you remove more thermal energy from it. Now as far as I know Iceman has the power to remove thermal energy from his surroundings. So if one Iceman uses this power on another one he can get him to a lower temperature (except if hes already at 0 K) and that should damage the other one.Also I'm not really opposed to Iceman being coldsnap immune but I think a resistance would make more sense with real life physics