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I'm asked to add a constant energy flux to the system (I solved it with a for statement that adds a little p contribution to every particle for each iteration) and to calculate the heat capacity at constant volume

*c*

_{v}.As

*c*is the partial derivative of <E> respect T I want to try plotting the average energy respect T but how I get the T value? I'm doing it right if I consider kT= <E>⋅2/3 knowing that I'm in an ideal approximation? How I could make it work for and interacting gas like Lennard-Jones?

_{v}