Show that y(x) are eigenfunctions of the Hamiltonian operator with eigenvalues of nh 8ma Using the...

  

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Show that y(x) are eigenfunctions of the Hamiltonian operator with eigenvalues of n²h² 8ma Using the wave function, y(x) = sin between 0≤x≤a. Is your answer reasonable? Explain. a nTX Normalize the wave function y(x) = Asin Why do we normalize a wavefunction? what is the probability of finding the particle in the box NIX a over 0≤x≤a. A is the normalization constant. Show that y(x) are eigenfunctions of the Hamiltonian operator with eigenvalues of n²h² 8ma Using the wave function, y(x) = sin between 0≤x≤a. Is your answer reasonable? Explain. a nTX Normalize the wave function y(x) = Asin Why do we normalize a wavefunction? what is the probability of finding the particle in the box NIX a over 0≤x≤a. A is the normalization constant.

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aHn h22md2ndx2 Vxn The Hamiltonian operator is given as H h22md2dx2 Vx Since the potential is given as Vx 12m2x2 the Hamiltonian operator can be rewri... View the full answer