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    Derivation of Virial Theorem in Quantum Mechanics

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    Solving for Virial Theorem (look at image attached for better symbol representation)

    a. In a one-dimensional problem, consider a particle with the Hamiltonian:
    H = p^2/2m + V(X)
    where: V(C) = lambaX^n

    Calculate the commutator [H, XP]. If there exists one or several stationary states |> in the potential V, show that the mean values <T> and <V> of the kinetic and potential energies in these states satisfy the relation: 2<T> = n<V>

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    https://brainmass.com/physics/schrodinger/derivation-virial-theorem-quantum-mechanics-570256

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    The solution gives proof of virial theorem with full details, detailing the relation between averaged kinetic and potential energy in a quantum mechanical stationary state in a power law potential is considered.

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