(Bonus 7 pts) (a) Let's reconsider particle-in-a-box model (with 12 electrons) in question 1 by modifying a rectangular particle-in-a-box. When the height of box in Q1 is reduced to a half (see below), construct an energy-level diagram showing the relative energy ordering of the lowest 8 molecular orbitals when this cube is a xa x 0.5a. Label the levels in terms of their quantum numbers and Eo (Eo = h2/8ma²). Be alert for degeneracies. S Fe Fe 0.5a E3D 111: 6 to 211=96 121=9E. 112: 136. 221-126. h² n 5:蒜(++) h² 8m h² 8m ha Bmaz (4) (n} + (0.5a)2 n? + वर 0-2592) + n + 42) = E (n² + n²² + 4 m²) E = 120f6€ = GE 125.

(Bonus 7 pts) (a) Let's reconsider particle-in-a-box model (with 12 electrons) in question 1 by modifying a rectangular particle-in-a-box. When the height of box in Q1 is reduced to a half (see below), construct an energy-level diagram showing the relative energy ordering of the lowest 8 molecular orbitals when this cube is a xa x 0.5a. Label the levels in terms of their quantum numbers and Eo (Eo = h2/8ma²). Be alert for degeneracies. S Fe Fe 0.5a E3D 111: 6 to 211=96 121=9E. 112: 136. 221-126. h² n 5:蒜(++) h² 8m h² 8m ha Bmaz (4) (n} + (0.5a)2 n? + वर 0-2592) + n + 42) = E (n² + n²² + 4 m²) E = 120f6€ = GE 125.

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