the shipping yard could be from the oil rig...cant put a location on it tho.. outside of that i think those were from the island of pigs map that got scrapped with the ending of the game...

oh. that explains a lot...and that large cage is a dissapointment then..i was hoping for another monster hunter crossover...

there is proof of missing content when it comes to more area's to play. MGO is supposed to use modified locations from the main game yet I can't place two of the multiplayer maps anywhere in the game. these being the dam under construction and the shipping port. neither of the maps fit any location in the two area's you can explore.

the shipping yard could be from the oil rig...cant put a location on it tho.. outside of that i think those were from the island of pigs map that got scrapped with the ending of the game...

Better version.

no argument there. adding that to my music list.

that is a fair point

waitttttttttttttttt

OH

I'm sorry, I completely misread your comment, twice. Yeah, you're incredibly right with what you're saying. the heat wouldn't disperse much, and it'd be pretty cool until you got really close. my bad.

If it takes more energy, that just means the water would be cooler given an equal amount of heat (which is true, as water has a very high specific heat [because of hydrogen bonds]). It still draws away the heat faster. Dude, air is an insulator. Unless there is incredibly good ventilation, the water will cool something off much better than air. Just look at smithing as an example. You don't quench a blade in air, you do it in water (or oil).

Nigga what?

"The table below lists thermal conductivity values (k) for a variety of materials, in units of W/m/°C...
Water (l) 0.58
...
Air (g) 0.024"

Water conducts way better than air

forgot source

www.physicsclassroom.com/class/thermalP/Lesson-1/Rates-of-Heat-Transfer

Conducts yes, meaning it can draw heat from a source faster than air can, but it also takes more energy to heat a large volume of water than it does to heat an equally large volume of air. It's more about density and how far that heat can spread before the surrounding unheated water cools down the water closer to the heat source.

Dispersion is different from conductivity.

waitttttttttttttttt

OH

I'm sorry, I completely misread your comment, twice. Yeah, you're incredibly right with what you're saying. the heat wouldn't disperse much, and it'd be pretty cool until you got really close. my bad.

If it takes more energy, that just means the water would be cooler given an equal amount of heat (which is true, as water has a very high specific heat [because of hydrogen bonds]). It still draws away the heat faster. Dude, air is an insulator. Unless there is incredibly good ventilation, the water will cool something off much better than air. Just look at smithing as an example. You don't quench a blade in air, you do it in water (or oil).

even if the water around the lava were to be above boiling point (which it is) it won't boil due to the pressure