Show that for a one-dimensional harmonic oscillator described in In representation of Heisenberg by the Hamiltonian,...

  

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Show that for a one-dimensional harmonic oscillator described in In representation of Heisenberg by the Hamiltonian, 1 2 1, 2 7² || (t) + zkx H (t), 2m the general solution for zu(t) and pu(t) are: x(t) y pu(t) son: 1 H = x(t)= = x(0)coswt + H = mw please put all the details PH(t). mwx(0)sinat + p(0)coswt H - PH (0) sinwt Show that for a one-dimensional harmonic oscillator described in In representation of Heisenberg by the Hamiltonian, 1 2 1, 2 7² || (t) + zkx H (t), 2m the general solution for zu(t) and pu(t) are: x(t) y pu(t) son: 1 H = x(t)= = x(0)coswt + H = mw please put all the details PH(t). mwx(0)sinat + p(0)coswt H - PH (0) sinwt