How to Compute the Integral of k(T(x)) from T(x=0) to T(x=L)?

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The discussion focuses on computing the integral of the function k(T(x)) from T(x=0) to T(x=L). The integral is expressed mathematically as $$\int_{T(x=0)}^{T(x=L)} k(T(x))\,dT(x)$$. Participants seek clarification on the definition of the function k, which is crucial for evaluating the integral. Understanding the properties of k and its relationship with T(x) is essential for accurate computation.

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I want to computate the integral:
\int_T(x=0)^T(x=L) k(T(x))\,dT(x)

Anyone can help??
 
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You can use TeX here:
$$\int_{T(x=0)}^{T(x=L)} k(T(x))\,dT(x)$$

What is k?
 

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