= Iy and I has the following Y A symmetric system with moment of inertia I, Hamiltonian: β+β 2 1²+1² + 1² H - 21x 21%

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= Iy and I has the following Y A symmetric system with moment of inertia I, Hamiltonian: β+β 2 1²+1² + 1² H - 21x 21%

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Iy And I Has The Following Y A Symmetric System With Moment Of Inertia I Hamiltonian I I 2 1 1 1 H 21x 21 1
Iy And I Has The Following Y A Symmetric System With Moment Of Inertia I Hamiltonian I I 2 1 1 1 H 21x 21 1 (77.26 KiB) Viewed 138 times
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= Iy and I has the following Y A symmetric system with moment of inertia I, Hamiltonian: β+β 2 1²+1² + 1² H - 21x 21% where Ix, Iy, Iz are not operators. X (i) What is the expectation value of B = Ĺx + Ly + L₂ in any state? (ii) The system begins at t = 0 in the state 1, m) = 13,0), find the probability that a measuremnt of L at t = 4TI returns the value ħ = ħ
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