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Edited by hyperbolichippo:
4/9/2015 5:20:20 AM
1
T<(fx√4tx)/3.14...y^2
That's the simplest form, where t is the desired temp, x is resistance, y is object density, and f is distance
English
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Right application, wrong formula. But I accept the premise. The correct one was (12.03in•4.56in•.67in)=F451. Increasing the exact area of the pamphlet to the exact temperature at which paper burns.
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Well my equation can burn anything, can heat the air to any specific temp, not just wood. In a good day, I can melt steel. *looks back into scope* makes me wonder why I became a hitman...
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All I have to do is increase F a couple million degrees and I could have you a pile of ashes in no time.
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Not with this armor on me *pats chest* the most heavily enchanted armor in this city. Insulates anything. I survived getting attacked by a powerful mage twice. Once he tried to burn me, the next he tried to electrocute me. *swipes visor over face*
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*takes notes*
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Survive two million degrees of heat? Forgive me if I'm skeptical.
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I've survived absolute zero in my prime, so yeah I think I can.
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Of course you survived absolute zero. People don't seem to realize that as long as there is no energy, nothing can change. Ergo, you cannot die.
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No things can happen, there is just no movement. Time doesn't stop.
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Yes and no. Everything requires energy to happen.
