6. For a particle on a ring, the Schrodinger equation can be written as d(o)...

 

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6. For a particle on a ring, the Schrodinger equation can be written as ħ² d²(o) 2m R² d(0)² Show that the energy can be written in terms of angular momentum using the angular momentum operator as shown below: E = Ev (0) L² 21 ə аф L₂=-ih- 6. For a particle on a ring, the Schrodinger equation can be written as ħ² d²(o) 2m R² d(0)² Show that the energy can be written in terms of angular momentum using the angular momentum operator as shown below: E = Ev (0) L² 21 ə аф L₂=-ih-

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14 2m2 0 Kinetic energy 2 21 4 E4 4 Where I MR moment of Inertia 1 Angular momentum 17 ... View the full answer