Goonhub
03-02-2017, 11:50 AM
Description
So, cryostylane puts out fire when applied on touch. This makes sense, as it's a freezing cold substance being thrown on top of a fire.
However, as we all know from our elementary school physics or whatever, fire needs three things: fuel, oxygen, and heat. This makes being on fire while freezing cold sorta nonsensical.
I can already hear some of the, uh, more talented chemists screaming, but don't worry! While cryostylane will put out fires, it will only do so if the victim's body temperature falls below that required for the fire, so ample amounts of heat chemicals may be able to mitigate this. Have fun figuring out how!
Integration Notes/Warnings
So, cryostylane puts out fire when applied on touch. This makes sense, as it's a freezing cold substance being thrown on top of a fire.
However, as we all know from our elementary school physics or whatever, fire needs three things: fuel, oxygen, and heat. This makes being on fire while freezing cold sorta nonsensical.
I can already hear some of the, uh, more talented chemists screaming, but don't worry! While cryostylane will put out fires, it will only do so if the victim's body temperature falls below that required for the fire, so ample amounts of heat chemicals may be able to mitigate this. Have fun figuring out how!
Integration Notes/Warnings
- Pretty sure it's fine, assuming chemistry and burning haven't changed that massively.
- Compiles? ✓
- Puts out fire over time? ✓
- Lets fire burn if victim is hot enough? ✓