Equilibrium Statistical Physics, Plischke ex. 1.2

AI Thread Summary
The discussion centers on solving a homework problem related to equilibrium statistical physics, specifically regarding the integration of heat capacity over temperature. The integral presented is $$\int_{T_i}^{T_f} dT \left( \frac{C_M}{T} \right)$$, leading to the equation $$C_M \ln T$$. Participants are seeking clarification on the steps required to derive the final equation from the integral. The conversation emphasizes the importance of understanding the integration process and its implications in statistical mechanics. Overall, the thread highlights a collaborative effort to clarify the mathematical approach to the problem.
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Homework Statement



See: attached imageHow do we get the final equation? I'm obviously missing out on something..
 

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$$
\int_{T_i}^{T_f} dT \left( \frac{C_M}{T} \right) = C_M \int_{T_i}^{T_f} \frac{dT}{T} = C_M \ln T
$$
Can you take it from there?
 
yeah, thanks!
 
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