TLW Posted September 6, 2017 Share Posted September 6, 2017 18 hours ago, Kasuha said: t' = t + (T - t)*p where t is initial temperature, t' is final temperature, T is equilibrium temperature, and p is quotient expressing how much of the exchange happened in single step, between 0 and 1. Do you still have any problems with my old, outdated, and largely irrelevant post? That's nowhere near the full formula, however. In particular, without the integration method, which is the concern here. Nonetheless, I recognize that the current method used by ONI is rather iffy in a number of regards. Link to comment Share on other sites More sharing options...
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