4. a) Show that the Particle in a Box Wavefunctions are solutions to the Schrodinger Equation:...

 

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4. a) Show that the Particle in a Box Wavefunctions are solutions to the Schrodinger Equation: ħ² d²b(x) = Ey(x) 2m dr² (x) = A sin(kx) b) What values of k are required for the equality to hold? *Note that the Schrodinger equation is written in terms of h-bar or h/2 4. a) Show that the Particle in a Box Wavefunctions are solutions to the Schrodinger Equation: ħ² d²b(x) = Ey(x) 2m dr² (x) = A sin(kx) b) What values of k are required for the equality to hold? *Note that the Schrodinger equation is written in terms of h-bar or h/2

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