Please do not use previous answers, as the other ones that are published are wrong.
Posted: Wed May 25, 2022 7:35 am
Please do not use previous answers, as the other ones that are
published are wrong.
A very general expression for the Hamiltonian of a particle in one dimension is 2 p² = + V(Â). 2m = By calculating [[Ĥ, X], X], or otherwise, prove that Σ;|(a;|×|a;)|²(E; — E;) = energy eigenket corresponding to eigenvalue E₁. " 2m where la;) is the
published are wrong.
A very general expression for the Hamiltonian of a particle in one dimension is 2 p² = + V(Â). 2m = By calculating [[Ĥ, X], X], or otherwise, prove that Σ;|(a;|×|a;)|²(E; — E;) = energy eigenket corresponding to eigenvalue E₁. " 2m where la;) is the