Originally posted by loosecano
The no way hydroman can beat iceman. Iceman would pimp smack hydroman. Then be out. What happen to water in the winter it freeze ! This would be the quickest match every.
Err...not really. Even when frozen, Hydroman has complete control over his molecules. Same as Iceman really.
So, like stated before, this is a stalemate unless PIS is involved somehow.
Originally posted by Blade CutterReminds me of my old chem classes however what you said is true but it doesn’t “melt” ice it only lowers its freezing point to where it will not refreeze giving normal outside temperatures. This would be pointless against someone who can control how cold they can get and can easily go past that freezing point and would actually help them get colder because on of the effects of this is a temporary drop in temperature such as when making hand churn ice-cream.
Look I know what I'm talking about I put that down becausew it took less time.But if you asisit..................................................................... Ice and snow melting chemistry is pretty simple. It works on a colligative property known as freezing point depression. Colligative means that the property depends only on the number of particles present, and not on chemical properties of the particles. We look for a chemical that dissolves in water easily and quickly, dissociates into ions, and is safe for application. All ice melting salts dissociate into ions as they dissolve into the melting ice and snow. This multiplies the molar quantity, and multiplies the effect of freezing point depression. Rock salt for instance, releases a ratio of one sodium ion (Na+) to one chloride ion (Cl-) for twice the effect. Calcium chloride releases one calcium ion (Ca+) for every two chloride ions for three times the effect. However, calcium and magnesium chlorides pose a greater risk than potassium and sodium chlorides because they release twice the number of damaging chloride ions. Plants vary in sensitivity to these salts. Excessive application of ice melting salts in a small area will kill vegetation. Indirect damage, resulting from a build-up of salt in the soil, is longer lasting and more difficult to remedy. The build-up can prevent existing plants from absorbing water and other required nutrients, and inhibit new plant growth. High sodium concentrations can harden soil, leaving a layer impermeable to water. (While ions such as calcium, magnesium, sulfate, ammonium, and potassium are necessary for plant vigor, excess amounts will also result in plant damage.)
Originally posted by superbatman86
Not really seeing as Bobby has more raw power.
Originally posted by Whittdawg92
ok, I higly doubt anyone's nerdy enough to read what you posted, but what does that mean?
Originally posted by Swanky-TunaIt means that Bobby's control superseeds Hydro-Man's whitch means he can keep him incapacitaed in either ice or vapor form.
The more raw power to do what? Neither can hurt the other.It means he can copy and past information from other websites.
Originally posted by Blade Cutter
Look I know what I'm talking about I put that down becausew it took less time.But if you asisit..................................................................... Ice and snow melting chemistry is pretty simple. It works on a colligative property known as freezing point depression. Colligative means that the property depends only on the number of particles present, and not on chemical properties of the particles. We look for a chemical that dissolves in water easily and quickly, dissociates into ions, and is safe for application. All ice melting salts dissociate into ions as they dissolve into the melting ice and snow. This multiplies the molar quantity, and multiplies the effect of freezing point depression. Rock salt for instance, releases a ratio of one sodium ion (Na+) to one chloride ion (Cl-) for twice the effect. Calcium chloride releases one calcium ion (Ca+) for every two chloride ions for three times the effect. However, calcium and magnesium chlorides pose a greater risk than potassium and sodium chlorides because they release twice the number of damaging chloride ions. Plants vary in sensitivity to these salts. Excessive application of ice melting salts in a small area will kill vegetation. Indirect damage, resulting from a build-up of salt in the soil, is longer lasting and more difficult to remedy. The build-up can prevent existing plants from absorbing water and other required nutrients, and inhibit new plant growth. High sodium concentrations can harden soil, leaving a layer impermeable to water. (While ions such as calcium, magnesium, sulfate, ammonium, and potassium are necessary for plant vigor, excess amounts will also result in plant damage.)
You just exposed your ignorance once again. You don't understand the chemistry behind freezing point depression, rather, you copy and pasted the first thing on google. Gah, at least find something a little more obscure to copy from.
And, next time, make sure you either A) Copy something with spelling and grammar as terrible as yours or B) Fix your horrid grammar to match the intelligence of that which you plagiarise.
hmmmmm............didnt know tht Iceman dated Rogue but X-Men comics are getting weirder and weirder these days. Anywho...Hydroman eill lose 9.9 times outta 10 against Bobby simply because he has never exhibited the kind of control Bobby has over water. I mean the guy was defeated by allowing himself to mix with cement for christsakes.
Can Hydroman still operate at frozen levels?
When Bobby freezes him(not if), it would take some time for the ice to start to melt. In that time, can Hydroman still move and such? Can he control his molecules to the point where he makes the ice melt faster than normal? Les keep in mind that Icemans ice isnt the normal ice thats in the freezer or that forms when it snows. Its much much colder.
If Hydroman CAN do the things i asked questions to, the Metal is right. Its a stalemate. Otherwise, Iceman wins handily.