2- Consider a system composed of N weakly interacting particles. The system is maintained at a...

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2- Consider a system composed of N weakly interacting particles. The system is maintained at a temperature T close to room temperature. Each particle has mass m and is free to perform one-dimensional oscillations around their equilibrium positions. Calculate the thermal capacity of the system for the case in which the restoring force acting on each particle is proportional to X³ where x is the distance relative to the equilibrium position of each particle. 2- Consider a system composed of N weakly interacting particles. The system is maintained at a temperature T close to room temperature. Each particle has mass m and is free to perform one-dimensional oscillations around their equilibrium positions. Calculate the thermal capacity of the system for the case in which the restoring force acting on each particle is proportional to X³ where x is the distance relative to the equilibrium position of each particle.