eterize individual particles. while s is maintained at a fixed temperature ergy and heat capacity for N three-dim

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• Problem 3.10 Compute the average energy and the heat capacity of a
classical system of N non-identical particles in d spatial dimensions, that has a
Hamiltonian of the form
H =
EA.ip.l'+ B,lq.
The parameters A, and B, characterize individual particles. while s and t are
positive integers. and the system is maintained at a fixed temperature T. As a
special case, obtain the average energy and heat capacity for N three-dimensional
harmonic oscillators.
Transcribed Image Text:• Problem 3.10 Compute the average energy and the heat capacity of a classical system of N non-identical particles in d spatial dimensions, that has a Hamiltonian of the form H = EA.ip.l'+ B,lq. The parameters A, and B, characterize individual particles. while s and t are positive integers. and the system is maintained at a fixed temperature T. As a special case, obtain the average energy and heat capacity for N three-dimensional harmonic oscillators.
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