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Re: Um. Continuity? | ||
Posted By: thermoplyae | Date: 9/2/06 10:07 a.m. | |
In Response To: Um. Continuity? *NM* (Document) : Also, could bacteria really live in a body floating space? I mean, maybe they
Radiative heat transfer of a body is given by H = A * e * sigma * T4, where H is dQ/dt (heat transfer per second), A is the body's surface area, sigma is a Stefan-Boltzmann constant (5.67x10-8 W m-2 K-4), and T is the temperature of the body in degrees Kelvin. Heat itself is related to temperature by Q = m C T, where Q is heat, m is the mass of the body, C is its specific heat, and T is its temperature. Substitution yields: dQ/dt = -A e sigma (Q/mC)4
The solution from here is trivial. This might not have been the answer you were looking for, but it was the best I could do.
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