Technically, that is true, but also, 2.6 is also more than 2.5 times that of water. (1.0 * 2.5 = 2.5). Still, read on!Cruaich wrote:The density of Lava, and liquid metals that show up in Blood should in no way be confused with water or oil.
A little research says that lava's dencity is about 2.6 g/cc. That's over 1.5 times that of water at 1g/cc. Iron is even more dence at about 7 g/cc.
Iron has a liquid density of 6.98 g/cm³, and a melting point of 1811 KCruaich wrote:Without even going into surface tention, at a guess I'd say Caleb would maybe sink to his waist in lava and probably not even to his knees in iron.
(1538 °C, 2800 °F), according to Wikipedia. That temperature would generally incinerate a zombie, or Caleb, quite rapidly. Lava is also incredibly hot.
Wikipedia reads on lava; "Lava is molten rock expelled by a volcano during an eruption. Below the earth's surface, molten rock is termed magma instead of lava. Lava, when first exuded from a volcanic vent, is a liquid at temperatures typically from 700°C to 1,200°C (1,300°F to 2,200°F). Although lava is quite viscous, about 100,000 times the viscosity of water, it can flow many miles before eventually cooling and solidifying."
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Wikipedia also reads, "Magma is a complex high-temperature (between 650 and 1200 °C) silicate solution that is ancestral to all igneous rocks."
An interesting point to read is another Wiki quote: "A cremation furnace is a large furnace capable of reaching high temperatures up to approximately 1600-1800 degrees fahrenheit (1600-1800 °F = 871-982 °C), with special modifications to ensure the efficient disintegration of the corpse. One of these modifications is the aiming of the flames at the corpse's torso, where a majority of the corpse's mass rests."
I'm just gonna go ahead and say that Caleb would get messed the **** up. I just wanted to provide relevent info, and it is interesting to me, and I was bored.Cruaich wrote:For gameplay's sake I'd see no reason to change it from the way it's portrayed in Blood.
-Slink
